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Doosan Robotics Accelerates Physical AI Transformation Under New Leadership

On October 15, Doosan Robotics held a town hall meeting at its Innovation Center in Bundang, attended by Doosan Robotics President Inwon Park, CEO Youngmin Kwon, newly appointed Chief Technology Officer (CTO) Woongjun Jang, Chief Strategy Officer (CSO) Hyunsoo Kim, and employees. The town hall introduced the company's new leadership team and marked a new beginning in accelerating its business transformation toward AI-powered robotic solutions and industrial humanoids. Led by CEO Youngmin Kwon, Doosan Robotics has appointed experts responsible for technology development, business strategy, and execution to strengthen its Physical AI technological competitiveness and global business capabilities. Woongjun Jang, CTO, is an expert who has led technology development and strategy in AI and autonomous driving. He earned his bachelor's degree in electrical engineering from Seoul National University and his master's and doctoral degrees in electrical engineering from Stanford University. He also worked as a management consultant at McKinsey & Company and oversaw autonomous driving technology development as Head of the Autonomous Driving Center at Hyundai Motor Company. He served as CSO of Motional, the autonomous driving joint venture between Hyundai Motor Group and Aptiv, where he developed global technology strategies. After serving as CSO and Head of the Physical Security Business Division at SK Shieldus, he has overseen Doosan's AI and digital strategy since March 2026. Jang will further strengthen Doosan Robotics' existing collaboration with NVIDIA and lead the development of "Agentic Robot OS," designed to enable AI to autonomously perceive its operating environment, optimize motion paths, and support safe and precise task execution. The company plans to accelerate the development of intelligent robotic solutions incorporating this technology and introduce new products to the market in 2027. Jang will also extend his expertise in perception, decision-making, and control technologies gained in autonomous driving to advance robotic intelligence and industrial humanoid development. Hyunsoo Kim, CSO, is a global business expert with nearly 20 years of experience leading international business expansion and corporate strategy across Doosan Group and other organizations. At Doosan Infracore, he was responsible for business operations and strategy in Asia before serving as Head of Doosan Bobcat India, where he oversaw local operations. Since joining Doosan Robotics as Head of Sales in 2025, Kim has secured major domestic and international orders and led improvements in the company's sales operations by identifying global key accounts and securing large-scale orders. As CSO, Kim will oversee both corporate strategy and sales, further strengthening business stability through a solid order pipeline. He will directly incorporate insights from the company's established global sales network and customer needs into its business strategy, focus resources on high-margin businesses, expand overseas markets, and deliver tangible results. With its new leadership structure, Doosan Robotics aims to strengthen coordination across the entire process, from Physical AI technology development and new product commercialization to global market expansion. By enhancing execution, the company will work to improve profitability and establish a foundation for mid- to long-term growth. During the town hall, CEO Youngmin Kwon stated, "Although Mottrol and Doosan Robotics operate in different industries, they share much in common in that both must develop products that meet customer needs and secure market competitiveness based on advanced technology and product quality." "At Mottrol, I led improvements in product quality and technological innovation through close communication and mutual trust across the organization. Building on that experience, I will bring together the capabilities of our employees at Doosan Robotics and strengthen execution across both technology and business operations," Kwon added. "By bringing together the expertise of our new leadership team, we will accelerate the development of intelligent robotic solutions and industrial humanoids, expand our global business with a focus on the United States and Europe, and deliver tangible results," he emphasized.

2026. 10. 19

Doosan Robotics Selected for Two Government-Funded Physical AI R&D Projects

Doosan Robotics is accelerating the development of collaborative robot intelligence and advanced manufacturing technologies after being selected for two government-funded R&D projects focused on Physical AI. The company announced on Oct. 6 that its proposals for a next-generation collaborative robot and an intelligent welding solution were selected under the K-On-Device AI Semiconductor Technology Development Program and the Robot Industry Technology Development Program, respectively. The programs are jointly administered by Korea’s Ministry of Trade, Industry and Energy and the Korea Planning & Evaluation Institute of Industrial Technology. The two projects have a combined R&D budget of approximately KRW 98.9 billion, including about KRW 68.1 billion in government funding. The projects have distinct but complementary roles. The first focuses on foundational technologies that enhance a robot’s perception, decision-making and control capabilities, while the second applies these capabilities to high-complexity manufacturing processes. Doosan Robotics plans to integrate the technologies developed through both projects into an integrated Physical AI platform for collaborative robots. The first project, “Development of Next-Generation Collaborative Robot Technology Based on On-Device AI Semiconductors,” aims to enable robots to perform perception, decision-making and control independently, without relying on external PCs or cloud computing. A domestically developed AI system-on-chip (SoC) will integrate a neural processing unit (NPU) for AI computation with real-time communication and control functions and be embedded directly into collaborative robots. Using data from cameras, tactile sensors, force/torque sensors and voice inputs, the robots will be designed to make decisions and perform tasks locally in real time. Doosan Robotics plans to develop three collaborative robot models equipped with the AI semiconductor, with payload capacities of 5 kg, 10 kg and 20 kg, as well as an industrial humanoid featuring dual-arm manipulation and omnidirectional mobility. The systems will undergo 72-hour continuous-operation demonstrations at two or more customer sites and pursue international safety certification. Commercialization as standard products is targeted from 2031. Once commercialized, the technology is expected to support wider adoption of collaborative robots in security-sensitive industries such as nuclear power, defense and biotechnology, where concerns over communication latency and data security can limit the use of cloud-based automation systems. The project will run for 54 months, with Doosan Robotics serving as the lead organization. Participating organizations include Aidin Robotics, Mobilint, Korea Electronics Technology Institute, Korea Institute of Industrial Technology, SAIGE, and industry-academic cooperation foundations from Korea University, Dongguk University, Sejong University and Yonsei University. The second project, “Development of an Intelligent Welding Solution Based on Collaborative Robots and AI,” focuses on automating high-complexity welding processes, including applications for nuclear power equipment, by combining collaborative robots with AI and digital twin technologies. The robot will use vision systems to recognize welding targets and automatically adjust its position. Through imitation learning, it will also learn from the movements of skilled welders to generate welding paths and weaving motions autonomously. Doosan Robotics aims to achieve more than 95% similarity between robot-generated welding paths and those of skilled welders, while maintaining a path error within ±3 mm, based on evaluation by a nationally accredited testing institution. The company also plans to automate multi-pass welding involving five or more layers, with the goal of reducing processing time by more than 50%. Demonstration testing will be conducted at the Doosan Enerbility Nuclear Power Center. The solution will initially be applied to processes including tack welding, preheating and welding in nuclear power equipment manufacturing. Following relevant nuclear quality certification, Doosan Robotics plans to expand the technology into shipbuilding, plant engineering and defense applications. The project will run for 45 months, with Doosan Robotics serving as the lead organization. DeepX, SAIGE and the Industry-Academic Cooperation Foundation of Changwon National University will participate as joint research organizations, while Doosan Enerbility will take part as the end-user company. The two projects represent an effort to integrate AI semiconductors, software and robot hardware through domestically developed technologies, extending beyond improvements in individual robot performance. Inwon Park, President of Doosan Robotics, said, “Labor shortages and the aging of skilled workers in manufacturing are structural challenges that cannot be addressed simply by expanding conventional automation. By combining on-device AI semiconductors with our collaborative robot platform, we aim to develop Physical AI collaborative robots capable of learning and reproducing even the tacit knowledge of skilled workers, and contribute to strengthening the competitiveness of Korea’s manufacturing industry.”

2026. 10. 06

Doosan Robotics Appoints Youngmin Kwon as New CEO

Doosan Robotics has appointed Youngmin Kwon, former President of Doosan Mottrol, as its new Chief Executive Officer. With extensive experience spanning global business, corporate strategy, and management, Kwon will lead Doosan Robotics as the company continues to expand its business and strengthen its competitiveness in the global robotics market. Kwon joined Doosan Corporation’s Strategic Planning Division in 2000 and has since built a broad track record in strategy and management across key Doosan Group affiliates. From 2018 to 2020, he served as Chief Strategy Officer of Doosan Bobcat, where he led global business strategy and corporate planning. In 2021, he was appointed CEO of Doosan Mottrol, a subsidiary of Doosan Bobcat, and has since overseen the company’s overall management and business operations.

2026. 10. 01

Kwangjin Achieves Near-Zero Defects with Doosan Cobots

Source: MoneyToday (Original article: https://www.mt.co.kr/industry/2026/06/26/2026062517001050048)​ Reported by Hanna Park, Sunil Yoo and Chan-young Lim June 26, 2026 Korea’s robotics competitiveness, widely regarded as among the strongest in the world, has been built on active adoption across manufacturing sites. According to the International Federation of Robotics (IFR), Korea ranks first globally in manufacturing robot density. Manufacturers’ accumulated operational experience has supported technological improvements by robotics companies, and those advances are then applied back to industrial sites in a reinforcing cycle. Kwangjin Group (Kwangjin), an automotive-parts manufacturer, offers a representative example of this Korean robotics ecosystem at its Asan plant in South Chungcheong Province. During a visit to the Kwangjin Asan plant on June 8, four Doosan Robotics collaborative robots were continuously lifting black module plates weighing 1.1 kg each. After positioning the plate precisely over a pulley, a key component of an automotive window regulator, the robots placed a small metal ring, or washer, at the joint and applied strong pressure to secure the component. The door-module riveting process—previously dependent on the fine touch and consistency of human operators—had been replaced by repeatable robotic movements. A door module is an integrated automotive-door assembly in which functional components, including a window regulator, speakers and a door latch, are installed on a module plate that serves as the structural backbone inside the vehicle door. In the past, operators manually inserted washers one by one. The issue was that it was difficult for people to apply the same amount of force at exactly the same position every time. If pressure was applied before even one washer was properly seated, the entire module plate had to be discarded. While Kwangjin had managed its defect rate below 100 PPM, or 100 defective units per million, its riveting process across six module lines still produced roughly 12 defective plates. That has changed significantly. Since deploying Doosan Robotics collaborative robots together with vision inspection, defects in the riveting process have fallen to just one or two plates—effectively approaching zero. A single Doosan Robotics collaborative robot repeatedly lifts module plates weighing 1.1 kg and finished products weighing up to 3.5 kg around 4,000 times, while maintaining the same position and pressure throughout the process. This has virtually eliminated variation caused by differences in worker skill levels or physical condition. Most remaining defects are now caused by impact or drops during transfer and handling, rather than by the manufacturing process itself. The collaborative robots also inspect 20 components across 14 vehicle models and configurations. The inspection covers window-regulator operation, proper upward and downward movement, operating speed, motor load, missing parts and wire-assembly defects. When an abnormality is detected, the unit is immediately diverted to a separate line, preventing it from moving on to subsequent processes or reaching customers. “Quality control is more important than production volume in automotive-parts manufacturing,” said Siwon Kim, Director, Kwangjin Machinery Production Team. “A single defective part can require a full inspection of the entire line. Today, however, manufacturing-process defects have almost disappeared.” Kwangjin’s adoption of collaborative robots began with its first meeting with Doosan Robotics in 2024. At the time, labor shortages had made further automation unavoidable. Doosan Robotics introduced multiple collaborative-robot applications in Korean manufacturing and demonstrated the need for automation. After carefully reviewing the expected return on investment and payback period, Kwangjin invested approximately KRW 1.3 billion and implemented collaborative robots on active mass-production lines over a period of roughly four to six months. “We also compared Chinese-made robots during the review process,” Kim said. “They were price competitive, but their domestic after-sales support infrastructure was limited, and we determined that immediate response would be difficult if an issue occurred. Doosan Robotics was the most suitable choice because its dedicated engineer support and technical-response systems are well established compared with both domestic and overseas suppliers.” Kwangjin’s collaborative-robot automation has since become a benchmark for other manufacturers. Korean automotive OEMs are visiting the Asan plant to observe 19 Doosan Robotics M-SERIES collaborative robots operating in the facility. The robots offer a 1,300 mm reach and a maximum payload of 10 kg. Kwangjin plans to sequentially deploy more than 100 collaborative robots across 17 global sites, including facilities in the United States and Poland, by 2027. Its U.S. plants are also pursuing plans to apply Doosan Robotics collaborative robots to all newly established production lines beginning in 2027. Doosan Robotics plans to expand its intelligent robotic solutions by combining AI, vision and motion-control technologies with collaborative-robot technologies already proven in manufacturing environments. As demonstrated by the Kwangjin case, the company’s focus is on providing robot solutions that can be deployed immediately at real production sites, including existing mass-production equipment. Looking ahead, Doosan Robotics aims to build on these AI-based intelligent robotic solutions and expand into Industrial Humanoid technology capable of performing skilled-worker-level tasks end to end across a range of industries. Doosan Robotics is also developing an agentic robot operating system using NVIDIA Isaac Sim and related technologies. The operating system is designed to handle perception, reasoning and simulation, enabling robots to independently recognize their work environment, make decisions and operate autonomously. Through these efforts, Doosan Robotics plans to strengthen its competitiveness in both intelligent robotic solutions and Industrial Humanoid technology. “It is particularly meaningful that Doosan’s robot solutions are being deployed in automotive-parts manufacturing environments, where rigorous quality standards and stable production capabilities are essential,” said Hyunsoo Kim, Vice President of Sales, Doosan Robotics. “Building on results proven at Korean production sites, we will continue working with Kwangjin Group to ensure that these solutions can be reliably deployed at its overseas manufacturing bases, including in the United States.”

2026. 06. 26

Doosan Robotics Launches AI Palletizing at Automate 2026

Doosan Robotics today announced PalletizHD+, a new AI-powered palletizing solution that will debut at Automate 2026, North America's largest automation exhibition at McCormick Place, South Building #2241, June 22–25 in Chicago. PalletizHD+ is designed to remove the complexity traditionally associated with palletizing automation. Built on PalletizOS, Doosan Robotics’ proprietary palletizing operating system, the solution brings the robot, AI, and application controls together in one integrated environment to make palletizing faster, smarter, and easier for manufacturers to deploy and operate. A key advantage of PalletizHD+ is its high-speed performance. The solution can process up to 11 boxes per minute and is designed to handle multiple boxes simultaneously. This capability is supported by SwiftMove, an AI-based motion optimization technology. Before operation, SwiftMove analyzes the robot’s travel paths and optimizes its motion to enable faster and more stable palletizing. By improving both speed and motion stability, PalletizHD+ helps users increase throughput and shorten the payback period on automation investments. PalletizHD+ also enhances ease of use through a smartphone-like, intuitive interface. Instead of requiring extensive programming or engineering support, users can enter box dimensions and pallet conditions, allowing the AI to generate optimized stacking patterns automatically. This enables faster changeovers when product types, packaging formats, or box sizes change. Remote support capabilities further improve operational efficiency by helping users check system status, troubleshoot issues more quickly, and reduce response time. At Automate 2026, Doosan Robotics will also present Scan&Go 2.0, an upgraded version of the solution first introduced in collaboration with MARI at CES 2026. Powered by Physics-Informed AI and advanced 3D vision technology, Scan&Go 2.0 enables robotic arms to autonomously perform complex industrial tasks. At Automate 2026, the company will demonstrate dedicated solutions for sanding and welding applications. In addition, visitors can experience Doosan Robotics’ broader portfolio of intelligent automation technologies, including End-of-Line (EOL) solutions for case erecting, packaging, and palletizing, as well as training kit. “Automate 2026 provides an opportunity to demonstrate how Doosan Robotics is expanding beyond collaborative robot manufacturing into intelligent automation across the entire production process,” said Kevin Kim, CEO of Doosan Robotics. “From palletizing and sanding to welding and end-of-line automation, we are applying AI to real industrial environments to help customers achieve measurable improvements in productivity and operational efficiency. We will continue to expand our portfolio of AI-powered robotic solutions that deliver immediate value on the factory floor.”

2026. 06. 22

Doosan Robotics Expands Frankfurt Branch

Doosan Robotics announced that it has opened an expanded European branch in Frankfurt, Germany, as part of its efforts to accelerate business growth across the region. The opening ceremony, held on May 19, was attended by approximately 200 guests, including key European partners, existing and prospective customers, robotics associations, and local media. In 2024, Doosan Robotics established its European branch and built partnerships with system integrators and distributors in key European markets, including Germany, France, and the Netherlands. The expanded Frankfurt branch marks the next step in Doosan Robotics' European growth strategy. It strengthens local service and training infrastructure while adding new functions for robotics solution demonstrations and application development. To support faster local response, Doosan Robotics Europe is enhancing its local repair and service capabilities by expanding support to include individual component replacement. The company maintains a local inventory of service parts and repair equipment to improve customer response times. In the event of robot issues at a customer site, replacement robots can be deployed immediately to minimize operational downtime and quickly address customer concerns. Training programs are also being localized and expanded to more directly support customers and system integrators. Beginner, intermediate, and advanced courses will be offered at least twice a month. The company will also introduce a new "Live Repair" training program, allowing participants to disassemble and repair actual products. Through this initiative, Doosan Robotics Europe aims to enhance hands-on technical skills in the field, improve training satisfaction, and build stronger long-term customer relationships. At the opening ceremony, Doosan Robotics Europe showcased several commercialized robot solutions, including palletizing, which arranges and stacks items on pallets; machine tending, which loads workpieces and unloads finished parts; AI vision-based pick and place; and a cocktail-making solution. To give customers ongoing access to robotic solutions, Doosan Robotics Europe operates a showroom where potential customers can experience them firsthand, further strengthening its sales capabilities in the European market. The company will also establish an Application Center where customers can work directly with engineers from the European branch to develop customized robot solutions. "The expanded Frankfurt branch gives us a stronger platform to serve customers and partners across Europe with greater speed, proximity, and technical support," said Inwon Park, President of Doosan Robotics. "Beyond supplying products, we will continue to strengthen our brand trust and business competitiveness in the European market by building a locally integrated service and training infrastructure."

2026. 05. 20

Doosan to Supply Large-Scale Robot Solutions to Kwangjin

Doosan Robotics announced it will supply more than 100 manufacturing robot solutions to Kwangjin Group, a global automotive components manufacturer, under a strategic partnership. Doosan Robotics announced on March 9 that it has signed a Memorandum of Understanding (MOU) with Kwangjin Group at Bundang Doosan Tower in Seongnam, Korea. Through this agreement, the two companies will collaborate on manufacturing process automation and strengthen quality competitiveness by deploying Doosan robot solutions. Kwangjin Group specializes in automotive door system components and operates production facilities in key global markets, including the United States, Mexico, India, and Vietnam. Its major customers include leading global automakers such as General Motors, Ford Motor Company, Navistar, Volkswagen, Hyundai Motor, and Honda. Kwangjin Group has already integrated Doosan Robotics' solutions into the riveting, assembly, and inspection processes of its window regulator and door module production lines. Under the agreement, Doosan Robotics will sequentially supply more than 100 manufacturing robot solutions to Kwangjin Group's domestic and overseas plants through 2027. The expanded supply agreement represents formal validation of Doosan Robotics' technological capabilities and reliability within the global automotive supply chain. Notably, following the deployment of Doosan's manufacturing robot solutions, product defect rates were reduced to zero — an achievement that played a decisive role in securing the large-scale follow-up order. Doosan Robotics' manufacturing solutions can be implemented without modifications to existing factory layouts. They offer high levels of safety and precision, enabling effective human-robot collaboration. By minimizing quality variations caused by differences in operator skill levels, the solutions deliver consistent quality and meaningful defect reduction. In addition, they shorten production cycle times, enhance overall productivity, and support stable plant operations. Building on this partnership, the two companies plan to expand their collaboration beyond large-scale deployment by jointly developing customized robot solutions tailored to additional component manufacturing processes. A joint task force will also be established to develop phased implementation strategies and optimize production environments for robot integration. Inwon Park, CEO of Doosan Robotics, stated, "This agreement reflects the strong trust placed in our robot solutions, particularly following the achievement of a zero-defect rate, which directly led to this expanded partnership. We will ensure the successful deployment of our solutions across Kwangjin Group's production facilities and further strengthen our position in the global automation market through close collaboration." Following its Best of Innovation award in the AI category at CES 2026 for its AI Sanding solution, Doosan Robotics is broadening its portfolio of safe, high-productivity AI robot solutions while accelerating R&D to lead the next wave of manufacturing innovation.

2026. 03. 09

Doosan Robotics Unveils Award-Winning AI Robot at CES 2026

Doosan Robotics Inc., a global leader in collaborative robotic solutions, will unveil the latest developments for the robotics industry at CES® 2026. Doosan Robotics is exhibiting between January 6-9 at West Hall - Booth 5840 at the Las Vegas Convention Center. Doosan Robotics will showcase the Scan & Go Autonomous Robotic Solution, winner of two 2026 CES Innovation Awards, including “Best of Innovation” in AI category. Scan & Go is an AI-powered autonomous system that revolutionizes large-scale composite repair by using cognitive learning, physics-based intelligence and Laser-based 3D Vision to interpret complex geometries in real time and generate optimized tool paths directly from point-cloud data—eliminating the need for CAD modeling or code programming. The solution further enhances precision and efficiency by autonomously adapting and optimizing its movements for complex, high-accuracy tasks. Deployed on an autonomous forklift, the system is designed to operate across large and irregular structures, such as aircraft fuselages, wind turbine blades, and architectural façades. With minimal preparation, it executes sanding, grinding, and inspection tasks, helping manufacturers accelerate production, reduce labor requirements, and enhance quality and workplace safety. The solution is being developed in collaboration with Maple Advanced Robotics Inc. (MARI), a partner company of Doosan Robotics. MARI is a Canada-based innovation company in the field of Robotics and Automation, actively advancing the development and provision of AI-driven robotic platforms. Additionally, Doosan Robotics will unveil its AI-Powered Depalletizing demonstration featuring real-time optimal motion planning using Nvidia cuMotion. The AI depalletizer is an automated solution that integrates 3D vision–based box recognition, text recognition, obstacle avoidance, and automatic path generation. By leveraging advanced AI motion algorithms, the system accurately identifies cube boxes, dynamically avoids obstacles, and automatically generates optimized motion paths for execution. These capabilities are expected to significantly improve operational efficiency and on-site flexibility in logistics environments, enabling more adaptive and intelligent automation. Doosan Robotics’ intelligent robotic solution seamlessly integrates collaborative robot hardware, software, and advanced AI functionalities into a unified, plug-and-play package. Designed for swift installation and immediate operation, Doosan solution enables users to optimize workflows and task sequences through AI-powered automation, significantly reducing operation time. Furthermore, coordinated collaboration among multiple robots enhances overall efficiency. "We’re moving into the next phase of the company as we provide the very best solutions to increase efficiencies and safety across various worksites.” stated Kevin Kim, CEO, Doosan Robotics. "We’re delivering a scalable portfolio of best-in-class robotic solutions to the market, enabled through strategic partnerships with industry leaders such as NVIDIA, addressing challenges across multiple industries.” Earlier this year, Doosan Robotics announced its strategic transformation into an AI robotic solutions company, focusing on securing future growth engines and strengthening global technological competitiveness. Doosan Robotics continues to focus on developing innovative technologies and plans to launch its AI Palletizing Solution in the first half of this year.

2026. 01. 06

Doosan Robotics Wins Two CES Innovation Awards® 2026 Including “Best of Innovation” in AI Category

Doosan Robotics has been named a CES Innovation Awards Best of Innovation in the Artificial Intelligence category and an Honoree in the Robotics category for its Scan & Go Autonomous Robotic Solution. The awards, presented by the Consumer Technology Association (CTA), recognize outstanding design and engineering across cutting-edge technology products ahead of CES 2026, the world’s most influential tech event, taking place January 6–9 in Las Vegas. The solution is being developed in collaboration with Maple Advanced Robotics Inc. (MARI), a partner company of Doosan Robotics. MARI is a Canada-based innovation company in the field of Robotics and Automation, actively advancing the development and provision of AI-driven robotic platforms. The Scan & Go is an AI-powered autonomous robotic solution that revolutionizes large-scale manufacturing and composite repair. Through cognitive learning with physics-based intelligence and 3D perception, Scan & Go interprets complex geometries in real time and generates optimized tool paths directly from point-cloud data—eliminating the need for CAD modeling, code programming. In addition, this robotic solution autonomously adapts and optimizes motions for high precision, complex work. Mounted on a self-driving forklift, the system autonomously navigates, positions, and operates across large,irregular structures such as aircraft fuselages, wind turbine blades, and architectural façades. It performs sanding, grinding, and inspection tasks with minimal preparation, enabling faster production cycles, reduced labor costs, improved quality, and safer workspaces. Rooted in Doosan Robotics’ human-centered design philosophy, the Scan & Go solution was developed to automate hazardous and labor-intensive composite maintenance where workers face noise, fine dust, repetitive strain, and fall risks. With the highest safety level (PLe, Cat 4), torque-sensing collision detection, and fence-free operation, Scan & Go enables safer, more productive environments—already recognized by leading wind energy manufacturers for improving both quality and safety. "We are dedicating all our resources to developing AI robotic solutions that can be deployed immediately on-site and deliver results from day one, in line with the vision we laid out at the beginning of the year," said Kevin Kim, CEO of Doosan Robotics."Scan&Go marks the beginning of this journey. Next year, we will introduce a diverse portfolio of AI robotic solutions designed to address real-world challenges in industrial settings." Earlier this year, Doosan Robotics announced its strategic transformation into an AI Robot Solution company, focusing on securing future growth engines and strengthening global technological competitiveness. Achieving the Best of Innovation at CES 2026 marks the debut of Doosan’s AI robotic solution on the world stage, where it has been recognized for exceptional technological excellence and innovation. ABOUT DOOSAN ROBOTICS Doosan Robotics is a global leader in collaborative robot solutions, delivering cutting-edge AI robotics to 45 countries worldwide. Renowned for world-class safety and performance, Doosan Robotics serves blue-chip customers across various industries, including automotive, electronics, semiconductor, logistics, and energy.

2025. 11. 06

Doosan Robotics Boosts Synergy with R&D Capabilities

Doosan Robotics announced on the 15th the grand opening of the Doosan Robotics Innovation Center, a new facility designed to maximize synergy by integrating its robot research and development (R&D) capabilities. Located in Gumi-dong, Bundang-gu, Seongnam, Gyeonggi Province, the Innovation Center spans approximately 6,600 square meters, making it the largest robotics research facility in Korea’s robotics industry. Here, around 80 researchers—accounting for 40% of the company’s workforce—will collaborate closely to drive innovation in intelligent robot solutions and humanoid technologies, advance robot hardware, develop AI specialized for robotics, and strengthen software capabilities. The Innovation Center brings together all essential R&D resources under one roof, ranging from the development of core robot components such as high-performance drive modules, controllers, and torque sensors, to AI-based motion research, new solution development for tasks like palletizing and welding, and comprehensive quality testing. This integrated approach allows researchers to meet and resolve challenges in real time, which is expected to significantly accelerate the development of new technologies and products. The largest area in the center is dedicated to rigorous quality testing. Here, robots are subjected to extensive trials, such as thousands of power on/off cycles and continuous movement tests with robotic arms extending up to two meters while carrying objects. Doosan Robotics has also installed temperature and humidity test chambers to simulate extreme environments, ensuring reliability and durability by verifying operation outside standard temperature ranges. Additionally, the center includes specialized workspaces equipped with local exhaust and ventilation systems to support tasks such as sanding and welding, prioritizing both worker health and safety. At the Innovation Center, Doosan Robotics is advancing practical humanoid technologies that enable robots to perform user-requested tasks with optimal efficiency in both form and function. The company is focused on developing breakthrough intelligent robot solutions, such as multi-arm simultaneous control technology, which allows robots to handle complex and delicate operations by coordinating multiple arms at once. In addition, Doosan Robotics is working on collision avoidance technology that leverages advanced sensors and algorithms to ensure safe operation across various environments. The development of long-horizon task technology is also underway, empowering robots to autonomously plan and execute multi-stage, intricate tasks without human intervention. Through these innovations, Doosan Robotics is setting new industry standards and redefining what is possible in intelligent automation. In a strategic move to lead AI and software development, Doosan Robotics has appointed Oh Chang-hoon, former CTO of Toss Securities, as Executive Vice President. A renowned software expert, Oh has designed and managed core architectures for platforms serving tens of millions of users at Naver, Toss, and Toss Securities, enhancing both reliability and the pace of AI innovation. He will focus on advancing learning environments and core logic for intelligent robot solutions and humanoids, strengthening Doosan Robotics’ next-generation AI and software capabilities. Doosan Robotics CEO Keven Kim stated, “Since our AI innovation declaration in April, we have steadily implemented key initiatives to become a leading intelligent robot solution company, including hiring talented professionals, reorganizing the company, acquiring a U.S. robotics solutions provider, and launching the Innovation Center. Moving forward, we will leverage accumulated industrial data and the expertise of our outstanding research staff to advance AI technology, positioning Doosan Robotics as a leader in the era of Physical AI.”

2025. 09. 15

Doosan Robotics Opens Training Center at the University of Maine

Doosan Robotics, a global leader in robotics innovation, announced the opening of an Authorized Training Center at the University of Maine's Advanced Manufacturing Center (AMC) in Orono.  The new facility, housed in AMC's state-of-the-art B.O.T. Loft, is a dedicated space for robotics, automation, and networked systems training. The training center will provide hands-on instruction in robot programming, system integration, and industrial applications using Doosan Robotics' systems, along with a variety of other robotic technologies. The curriculum is designed to serve both students and the general public, offering accessible, skill-based education aligned with the needs of today's high-tech workforce. Doosan Robotics will support the center with official training materials, structured lesson plans, and educational robot kits. Located in the heart of the AMC, the B.O.T. Loft is a hub for workforce development in Maine and beyond. It offers training opportunities ranging from K–12 summer programs to professional certifications. Doosan's involvement expands the diversity of technology offered within the space and reinforces the university's mission to deliver industry-aligned, real-world training opportunities. This partnership also marks the expansion of Doosan Robotics' U.S. training network, joining its existing Authorized Training Center in Plano, Texas. Through this collaboration, Doosan aims to contribute to the development of a highly skilled robotics workforce while supporting the broader adoption of intelligent automation. "Establishing a robust education ecosystem is just as important as developing advanced robot technology," said Hyunsoo Kim, vice president of sales at Doosan Robotics. "By expanding our network of training centers and continuously enhancing our curriculum, we aim to nurture the next generation of robotics experts and drive broader adoption of intelligent robots worldwide." "We're thrilled to expand our relationship with Doosan Robotics and to host the company's first university-based Authorized Training Facility in North America," said John Belding, director of the Advanced Manufacturing Center at the University of Maine. "Partnering with a global leader like Doosan allows UMaine to offer direct, hands-on experience with the advanced technology that is shaping the future of manufacturing, and this relationship exemplifies our commitment to regional workforce development in the high-demand fields of robotics and automation." This initiative also benefits from the presence of Industrial Automation Supply, Doosan Robotics' authorized distributor in Portland, Maine, which provides regional manufacturers with access to automation and robotics solutions. The University of Maine, founded in 1865, is the state's only public research university and a recognized leader in advanced manufacturing education. The AMC B.O.T. Loft exemplifies the university's commitment to hands-on, experiential learning in robotics and automation, serving students, educators, and industry professionals alike. About Doosan Robotics Doosan Robotics, founded in 2015 and a subsidiary of the Doosan Group (est. 1896), designs and manufactures high-performance robotic systems that drive automation in manufacturing, packaging, logistics, healthcare, research, and more. In 2022, the company established its U.S. headquarters in Plano, Texas. Doosan Robotics is known for its user-friendly, adaptable, and reliable robot systems. With a global presence spanning multiple vertical industries, Doosan Robotics continues to support innovation and operational excellence worldwide. More information is available at www.doosanrobotics.com. About the University of Maine: As Maine's only public research university and a Carnegie R1 top-tier research institution, the University of Maine advances learning and discovery through excellence and innovation. Founded in 1865 in Orono, UMaine is the state's land, sea and space grant university with a regional campus at the University of Maine at Machias. Our students come from all over the world and work with faculty conducting fieldwork around the globe — from the North Atlantic to the Antarctic. Located on Marsh Island in the homeland of the Penobscot Nation with UMaine Machias located in the homeland of the Passamaquoddy Nation, UMaine's statewide mission is to foster an environment that creates tomorrow's leaders. As the state's flagship institution, UMaine offers nearly 200 degree programs through which students can earn bachelor's, master's, professional master's and doctoral degrees as well as graduate certificates. For more information about UMaine and UMaine Machias, visit umaine.edu/about/quick-facts/ and machias.edu/about-umm/umm-facts/.

2025. 08. 20

Doosan Robotics Accelerates Push to Lead in AI Robotics

Doosan Robotics is stepping up its transformation into a global intelligent robot solutions provider, advancing a multifaceted growth strategy that includes international acquisitions, expert recruitment, and organizational realignment—all aimed at leading the emerging Physical AI era. On July 28, Doosan Robotics' board of directors approved the acquisition of an 89.59% stake in ONExia, a U.S.-based robotics system integrator and automation engineering firm headquartered in Pennsylvania. The deal, valued at approximately USD 25.9 million (KRW 35.6 billion), was formalized with a stock purchase agreement (SPA) and participation in a capital increase. Founded in 1984, ONExia delivers end-to-end automation services, from system design and manufacturing to implementation. The company has established a strong presence in industries such as manufacturing, logistics, and packaging by delivering solutions that boost productivity and reduce operational costs. In recent years, ONExia has focused on developing its own collaborative robotic systems tailored to end-of-line (EOL) processes—such as palletizing, box assembly, and packaging—which are in high demand across North America. As a result, the company has achieved consistent average annual sales growth of around 30%. Doosan Robotics views the acquisition as a key stepping stone toward accelerating its global competitiveness in the intelligent robotics market. The move signals a strategic shift from a hardware-focused business model toward a more integrated platform centered on AI and software-based robotics solutions. ONExia brings to the table not only its advanced engineering capabilities and experience in developing industry-specific robotics systems, but also 25 years of accumulated automation data and project execution know-how. These assets are expected to directly enhance Doosan Robotics' AI capabilities and solution development, particularly in areas where data-driven intelligence is critical. In parallel with this acquisition, Doosan Robotics is ramping up its investments in internal R&D. The company is in the final stages of recruiting specialized talent across robotics R&D, AI, software development, quality assurance, and corporate strategy. It is also undergoing a structural reorganization of its R&D division, placing greater focus on AI, software, and humanoid technologies. Additionally, a new R&D Innovation Center, designed to provide an optimal development environment, is scheduled for completion within the third quarter of this year. Kevin (Minpyo) Kim, CEO of Doosan Robotics, stated: "This acquisition marks an important milestone as we take tangible steps to strengthen our global presence, internalize AI technologies, and develop future-ready solutions. ONExia's expertise and established position in the U.S. market will create powerful synergies." He added, "To position ourselves as a global leader in intelligent robotics and drive the future of Physical AI, we remain committed to investing in R&D, strategic M&A, and talent."

2025. 07. 28

Doosan Robotics Unveils New AI Robot at Automatica 2025

Doosan Robotics has announced its participation in Automatica 2025, Europe's premier automation exhibition, taking place in Munich, Germany starting June 24. At the event, Doosan will unveil its innovative 'AI Robot Solution', showcasing a wide range of intelligent robotic technologies within a two-part exhibition space: 'Automation in Action' and 'Automation to Reality'. Doosan Robotics to participate in Automatica 2025, Europe’s premier automation exhibition, taking place in Munich, Germany starting June 24.In the 'Automation to Reality' zone, visitors can explore a suite of AI-integrated robot solutions. Notably, the company will present AI robot technologies developed in collaboration with NVIDIA and AWS. Among these is 'Voice to Real', a voice-recognition-based solution co-developed with AWS and an enhanced version of *Mixmaster Moodie*, which debuted at CES 2024. Equipped with a 3D vision camera, the collaborative robot interprets everyday language, understands user intent, locates objects, and autonomously executes corresponding actions. The Material Handling Solution integrates three collaborative robots with vision capabilities, enabling them to recognize and manipulate objects without prior training. This setup utilizes Doosan's proprietary Multi-Arm Dynamic Manipulation Engine, which orchestrates multiple robot arms to perform highly complex and precise tasks simultaneously. The Sanding Solution allows robots to autonomously map and polish intricate surfaces using AI and 3D vision, while the Inspection Solution performs real-time exterior inspections of vehicles with high accuracy, leveraging a 3D scanning system. Another highlight is "Sim to Real," a real-time motion control solution leveraging NVIDIA Isaac Sim, a reference application built on NVIDIA Omniverse for simulating and testing AI-driven robots, and CuRobo, a CUDA-accelerated robotics library. Utilizing GPU acceleration, it rapidly computes sophisticated robot trajectories. Simulated motions seamlessly transfer to physical robots via real-time communication, enabling precise and responsive operation. The 'Automation in Action' zone will demonstrate practical robot applications across key stages of the manufacturing process, including welding, machine tending, assembly, quality inspection, and palletizing. These solutions have been co-developed with European partners and are already being deployed by global industry leaders such as General Motors, Danone, Heineken, and Royal Mail, demonstrating their commercial viability and operational reliability in the European market. [German] Doosan Robotics hat seine Teilnahme an der Automatica 2025 angekündigt, Europas führender Automatisierungsmesse, die ab dem 24. Juni in München stattfindet. Im Rahmen der Veranstaltung wird Doosan seine innovative „AI Robot Solution" vorstellen und ein breites Spektrum intelligenter Robotertechnologien in einem zweiteiligen Ausstellungsbereich präsentieren: „Automation in Action" und „Automation to Reality". Im Bereich „Automation to Reality" können Besucherinnen und Besucher eine Reihe von KI-integrierten Roboterlösungen entdecken. Insbesondere wird das Unternehmen KI-Robotertechnologien vorstellen, die in Zusammenarbeit mit NVIDIA und AWS entwickelt wurden. Dazu gehört „Voice to Real", eine auf Spracherkennung basierende Lösung, die gemeinsam mit AWS entwickelt wurde, und eine verbesserte Version von Mixmaster Moodie, der auf der CES 2024 vorgestellt wurde. Ausgestattet mit einer 3D-Vision-Kamera versteht der kollaborative Roboter Alltagssprache, erkennt Benutzerabsichten, lokalisiert Objekte und führt entsprechende Aktionen autonom aus. Die Material Handling Solution integriert drei kollaborative Roboter mit Bildverarbeitungsfunktionen, die es ihnen ermöglichen, Objekte ohne vorherige Schulung zu erkennen und zu manipulieren. Dieser Aufbau nutzt die Doosan-eigene Multi-Arm Dynamic Manipulation Engine, die mehrere Roboterarme koordiniert, um hochkomplexe und präzise Aufgaben gleichzeitig auszuführen. Die Sanding Solution ermöglicht es Robotern, mithilfe von KI und 3D-Vision komplizierte Oberflächen autonom abzubilden und zu polieren, während die Inspection Solution mithilfe eines 3D-Scannersystems Außeninspektionen von Fahrzeugen in Echtzeit mit hoher Genauigkeit durchführt. Ein weiteres Highlight ist „Sim to Real“, eine Echtzeit-Bewegungssteuerungslösung, die NVIDIA Isaac Sim nutzt – eine Referenzanwendung auf Basis von NVIDIA Omniverse zur Simulation und zum Testen KI-gesteuerter Roboter – sowie CuRobo, eine CUDA-beschleunigte Robotikbibliothek. Durch GPU-Beschleunigung werden komplexe Robotertrajektorien blitzschnell berechnet. Die simulierten Bewegungen werden in Echtzeit auf physische Roboter übertragen und ermöglichen so einen präzisen und reaktionsschnellen Betrieb. Der Bereich „Automation in Action" wird praktische Roboteranwendungen in den wichtigsten Phasen des Fertigungsprozesses demonstrieren, darunter Schweißen, Maschinenbedienung, Montage, Qualitätskontrolle und Palettieren. Diese Lösungen wurden gemeinsam mit europäischen Partnern entwickelt und werden bereits von weltweit führenden Unternehmen wie General Motors, Danone, Heineken und Royal Mail eingesetzt, was ihre wirtschaftliche Tragfähigkeit und betriebliche Zuverlässigkeit auf dem europäischen Markt beweist.

2025. 06. 23

Doosan Robotics Signs MoU for On-Device AI Semiconductors

On May 20, Doosan Robotics announced that it signed a memorandum of understanding (MoU) for the "K-On-Device AI Semiconductor Development Collaboration" at the AI Semiconductor Collaboration Forum held at The Westin Chosun Hotel in Seoul. Participants included the Ministry of Trade, Industry and Energy (MOTIE), the Korea Evaluation Institute of Industrial Technology (KEIT), and major demand-side companies such as LG Electronics, Hyundai Motor Company, Daedong, and Korea Aerospace Industries (KAI), along with key industry associations including the Korea Fabless Industry Association and the Korea Semiconductor Industry Association. This government-led agreement aims to establish a foothold in the emerging Physical AI market, with projects worth approximately KRW 1 trillion to be executed over the next five years. As the AI semiconductor market shifts from high-cost, cloud-based systems toward lightweight, on-device applications, the participating companies and institutions will collaborate on R&D projects to develop AI semiconductors optimized for four major industries, automotive, IoT and home appliances, machinery and robotics, defense. Doosan Robotics, representing the machinery and robotics sector, has participated in the project planning phase from the outset. The company will work closely with fabless firms throughout the entire development pipeline—from joint development and validation of AI semiconductors and software, to integration and mass production—helping establish a virtuous cycle of demand and supply, and actively supporting Korea's AI semiconductor development efforts. A Doosan Robotics spokesperson stated, "In the machinery and robotics sector, there is a growing need for AI semiconductors that are not only power-efficient and hyper-connected, but also capable of reasoning and executing complex tasks in unstructured environments. Through this collaboration, we aim to further strengthen our technological competitiveness."

2025. 05. 20

Doosan Robotics Launches AI Robots, Advances Humanoids

Doosan Robotics has declared 2025 as a pivotal year for transformation, unveiling its strategy to pursue AI-centered innovation. On April 14, Doosan Robotics announced it held a town hall meeting at its headquarters in Bundang, attended by all employees, including CEO Kevin Kim. During the session, Kim announced the company's transition from a hardware-centric business model to one focused on "intelligent robot solutions," while simultaneously investing in the development of humanoid technologies. He urged employees to embrace bold organizational change and innovation to deliver swift outcomes. The new "Intelligent Robot Solution" integrates collaborative robot (cobot) hardware, software, and artificial intelligence into a plug-and-play system that is easy to install and operate. Through AI, it optimizes task routes and sequences to minimize operation time and allows for collaborative work across multiple robots to enhance efficiency. Specifically, the solution leverages Artificial Narrow Intelligence (ANI) to improve precision and task-specific optimization in fields such as logistics, welding, and coffee preparation. It is designed to comply with global safety standards, making maintenance more manageable. Doosan Robotics plans to first release its intelligent robot solutions for manufacturing automation within the year, and then gradually expand to other domains. In addition, the company is accelerating its efforts to enter the "practical humanoid" business by securing top talent early. Starting April 21, Doosan Robotics will launch a large-scale recruitment campaign via its website and various job platforms, targeting experienced professionals across robotics research and development, application engineering, AI, software, user experience (UX), quality, and sales. In the second half of 2025, the company will establish dedicated research and development teams for AI/Software and humanoid development. It also plans to build an integrated Research and Development Center equipped with state-of-the-art facilities to support next-generation robot development. Doosan Robotics defines "practical humanoids" as robots that can perform user-requested tasks with maximum efficiency by optimizing their form and function. To support this vision, the company is proactively developing several key technologies: <br data-tomark-pass=""> Multi-arm simultaneous control technology for executing complex, delicate tasks with multiple robotic arms Collision avoidance technology using sensors and algorithms for safe operation in diverse environments Long-horizon task technology enabling robots to autonomously plan and execute multi-step complex tasks <br data-tomark-pass=""> These innovations will also be applied to the company's intelligent robot solutions, creating synergy and accelerating internalization. According to Morgan Stanley's The Humanoid-100 report, the market for AI-based robotic solutions is projected to grow from approximately KRW 6 trillion in 2030 to KRW 338 trillion by 2040, driven by increasing demand for process automation. To support this ambitious growth, Doosan Robotics is also adopting a Blitzscaling strategy—designed to break organizational inertia and rapidly achieve market dominance through overwhelming execution speed. Under this framework, the company will focus on: <br data-tomark-pass=""> Concentrating resources on core technologies and businesses Eliminating resistance to change and building a performance-driven culture Strengthening fast and innovative execution capabilities <br data-tomark-pass=""> CEO Kevin Kim stated, "To go beyond the collaborative robot market and become a top-tier player in the larger intelligent robot sector, we must drive technological breakthroughs to create product differentiation and deliver greater value to customers." He added, "We will mobilize all available resources—from technology development and internalization to strategic partnerships and M&A opportunities—while establishing an execution-focused culture to sustain innovation." Meanwhile, Doosan Robotics has also joined the newly launched K-Humanoid Alliance as a robot manufacturer. Through this initiative, the company will contribute to developing core hardware technologies, training talent, and supporting startups, thereby strengthening Korea's robotics ecosystem and securing its competitive edge.

2025. 04. 14

Doosan Robotics Joins K-Humanoid Alliance

Doosan Robotics has joined the newly launched "K-Humanoid Alliance" to contribute to the development of Korea's domestic robotics ecosystem. On April 10, Doosan Robotics signed a memorandum of understanding during the official launch ceremony of the K-Humanoid Alliance, held at The Plaza Hotel in Seoul. The event was attended by Korea's Minister of Trade, Industry and Energy Dukgeun Ahn, Seoul National University President Honglim Yoo, Doosan Robotics CEO Kevin Kim, and around 300 other stakeholders. This agreement marks Korea's first step toward becoming a global leader in humanoid robotics. A total of over 50 organizations—including AI-focused companies, robot manufacturers, parts suppliers, end-user companies, government bodies, and support agencies—have signed on, with investments expected to exceed KRW 1 trillion by 2030. As a participating robot manufacturer, Doosan Robotics plans to strengthen its core competitiveness and contribute to building a robust robotics ecosystem. The company also aims to enhance engagement from potential client companies by regularly participating in technology seminars, showcases, and competitions. Following the rise of generative AI, attention is now turning toward "Physical AI"—AI ded in physical hardware. The robotics sector, in particular, is drawing strategic investments from global tech giants. With the launch of this alliance, substantial government support is anticipated, and collaboration across industry, academia, and research is expected to maximize synergies. Kevin Kim, CEO of Doosan Robotics, stated, "Doosan Robotics has been leading the adoption of collaborative robots across various industries and accelerating the development of AI-powered solutions. Through our participation in the K-Humanoid Alliance, we aim to elevate our technological capabilities and product offerings." He added, "We will actively contribute to the advancement of Korea's robotics industry and talent development, thereby strengthening national competitiveness."

2025. 04. 10

Doosan Robotics to Supply 300 Cobots in Southeast Asia

Doosan Robotics announced on the 5th that it has signed a memorandum of understanding (MOU) with VRNJ, a robotic system integrator in Thailand, for the supply of 300 collaborative robots.Under this MOU, Doosan Robotics will deliver 300 units from its four collaborative robot series—A, H, M, and P—over the next two years, with an initial order of 60 units already confirmed. Additionally, both companies have committed to developing tailored automation solutions for manufacturing applications and expanding their presence in key Southeast Asian markets, including Thailand, Indonesia, the Philippines, and Vietnam.Through this partnership, Doosan Robotics and VRNJ will provide advanced manufacturing solutions such as parts finishing, palletizing, inspection, and pick & place automation, enhancing efficiency and productivity at production sites across the region.Ryu Jeong-hoon, CEO of Doosan Robotics, said "Southeast Asia is the second-largest manufacturing hub after China, with a growing number of new factories. As businesses increasingly prioritize productivity and worker safety, demand for cobots is rising, particularly at the factory setup stage. We will strengthen our collaboration with VRNJ and intensify marketing efforts to establish a strong foundation for large-scale orders in the region."

2025. 02. 05

Doosan Robotics Expands F&B Robot Solutions

Doosan Robotics is accelerating its business by developing and commercializing various F&B (food and beverage) solutions using collaborative robots for beer dispensing, cocktail making, and more. Doosan Robotics announced on the 23rd that it has supplied a collaborative robot beer dispensing solution to the Airbot Bar store in Culinary Square by Ourhome located in Terminal 2 of Incheon International Airport. Doosan Robotics signed a memorandum of understanding (MOU) with Incheon International Airport Corporation in May last year to "establish a collaborative system for digital transformation." They have since been collaborating to create a food zone to provide unique attractions for tourists at home and abroad. The two companies plan to explore various projects, including baggage handling solutions, in addition to F&B solutions such as coffee and noodles, starting with the Airbot Bar store, which uses the beer dispensing solution. The beer dispensing solution is carried out by the E-series, a collaborative E-series robot certified by the U.S. National Sanitation Foundation (NSF) for food safety and hygiene. It performs all operations in one process, from picking up disposable cups from trays, dispensing draft beer, delivering from the pick-up zone, and washing. It can store up to 8 kegs (40 L) of draft beer, and it takes only about 43 seconds to pour beer into a 14-ounce cup (414 mL), while maintaining the ratio of beer-to-foam at a constant level for optimal taste. On the 15th, Doosan Robotics also supplied an AI-based collaborative robot cocktail-making solution to Lotte Duty Free at Gimpo International Airport. The cocktail-making solution uses AI technology, cameras, and sensors to analyze people's subtle facial expressions and classifies their current emotional states into seven emotions, neutral, happiness, sadness, anger, fear, unpleasantness, and surprise. It then recommends and makes cocktails that match each emotion. In particular, the generative AI, which has learned the recipes from professional bartenders, finds optimal combinations and makes a total of 19 different cocktails. Two food and beverage (F&B) collaborative robots move organizationally to perform tasks such as dispensing drinks, shaking cocktails, picking up and delivering cups, and washing cocktail shakers. An official from Doosan Robotics said, "We have been focusing on expanding our customers base by continuously diversifying our F&B solutions that use collaborative robots, from coffee, fries, and noodles to beer dispensing and cocktail making," and added, "Unlike production and manufacturing sites, the F&B field has more points of contact with general customers, so we will develop solutions that offer both convenience and pleasant of viewing." Last year, Doosan Robotics supplied a group catering frying solution to schools in Chuncheon and Daegu, capable of completing frying work for about 860 servings in less than two hours, by simultaneously using six frying baskets. Using this solution, it is possible to reduce cooking fumes, which are highly concentrated fine dust, generated during cooking, by more than 50%, and prevent musculoskeletal and respiratory diseases as well as burns caused by repetitive movements, oil fumes, and other factors. Doosan Robotics is also currently pilot-operating its barista solutions at six Mega MGC Coffee stores, including the Konkuk University Star City Mall and City Hall Station branches. The barista solution works in conjunction with grinders and semi-automatic espresso machines, with the collaborative robot performing continuous movements such as extracting espresso while preparing for the next extraction. This reduces the workload of baristas and increases work efficiency by taking over the simple repetitive movements that strain the wrists. Plus, Doosan Robotics has also supplied VIPS stores with a noodle solution capable of making more than 10 kinds of noodle dishes, such as udon and pho, at a rate of 40-50 bowls per hour, customized to customer's tastes.

2025. 01. 23

Doosan Robotics Deploys Robots at London Bagel Museum

On the 18th, Doosan Robotics announced that it has signed a Memorandum of Understanding (MOU) with LBM, a food service company that runs the London Bagel Museum, for the "joint development of robotic solutions for production processes to enhance employee health and prevent safety accidents."The London Bagel Museum is a bakery brand that first opened in Anguk-dong, Seoul, in 2021. It has gained popularity for its interior design, which is reminiscent of the vintage sensibility of London, and its diverse selection of bagels. It currently operates a total of six branches in Korea.This memorandum of understanding was made to improve convenience and prevent safety accidents during the cooking process, thereby increasing the job satisfaction of employees. LBM plans to conduct a detailed analysis of production processes and identify the processes where employees are having difficulty with, while Doosan Robotics will develop customized collaborative robot solutions for those processes.Especially they have decided to prioritize the development of collaborative robot solutions for ▲ large-capacity dough mixing process, ▲ water boiling process for boiling bagel in hot water, ▲ oven process with high work fatigue due to difficult height adjustment, which are of particular concern due to the risk of safety incidents such as musculoskeletal and respiratory diseases caused by repetitive movements and oil fumes, as well as burns, ▲ logistics inflow process that requires workers to carry more than 20kg of weight, and ▲ weighing process.The collaborative robot solution developed by Doosan Robotics is expected to contribute to the improvement of the working environment of the London Bagel Museum Central Kitchen (centralized cooking facility) that will be newly built in the future, as well as production sites in various food and beverage (F&B) companies.An official from Doosan Robotics said, "Doosan Robotics' collaborative robots have obtained industry-leading safety certification (PLe, Cat4), food hygiene safety certification from the US National Sanitation Foundation (NSF), and a high waterproof and dustproof rating (IP66), so we expect that they will be able to fully meet the needs of our customers," and added, "Through close cooperation between the two companies, we will do our best to improve satisfaction so that Doosan Robotics' collaborative robot solutions can protect the safety and health of employees working in the kitchen.

2024. 12. 18

Doosan Robotics Sponsors AI Robot Challenge 2024

Doosan Robotics has stepped up its support for discovering and fostering robotics talent.Doosan Robotics sponsored the "Artificial Intelligence Robot Challenge 2024" held at KINTEX in Ilsan, Gyeonggi-do, from October 25th to 26th.The Artificial Intelligence Robot Challenge, which Doosan Robotics is sponsoring for the third year this year, is a simulation competition using deep learning and collaborative robots. It is one of the competition fields of the International Robot Contest.Participants used Doosan Robotics' collaborative robots to perform tasks involving the creation of interlocking devices, stacked assembly, and optimized loading. The top three teams, which were awarded the Prime Minister's Award, the Minister of Trade, Industry and Energy's Award, and the chairman of the Korean Agency for Technology and Standards' Award, respectively. In particular, they also received the Doosan Robotics CEO Award as a special award, recognizing their outstanding originality and creativity.Doosan Robotics currently operates five official training centers in five locations, including the Bundang Doosan Tower headquarters, four domestic regions including Daejeon, Changwon, and Daegu, and one in Texas, USA. These centers support the regular curriculum based on Doosan Robotics' training courses and guide, nurturing collaborative robot specialists and providing specialized training to the public to contribute to job creation in robot-related fields.Doosan Robotics is also actively involved in fostering talent in the domestic robotics field by establishing educational systems in partnership with universities. It has designated the Robot Campus of Korea Polytechnic University, Dongyang Mirae University, and Changwon National University as entrusted educational institutions in the field of collaborative robots and operates training programs for students. The students who complete the collaborative robot training course at each university and achieve excellent grades will be awarded a specialized training certificate certified by Doosan Robotics.An official from Doosan Robotics said, "The Artificial Intelligence Robot Challenge is an opportunity to meet excellent professionals," and added, "We will continue to expand our support for discovering and fostering talent, including the operation of training centers and the development of training courses."

2024. 10. 27

Doosan Robotics Showcases at Seoul Robot & AI Science Museum

Doosan Robotics participated in the major exhibitions at the newly opened Seoul Robot & AI Science Museum (Seoul RAIM) on the 20th.Seoul RAIM, located in Chang-dong, Dobong-gu, Seoul, is Korea's first science museum specializing in robots and artificial intelligence. It's an exhibition space where visitors can experience the latest scientific technologies, such as robots, artificial intelligence, virtual and augmented reality, and holograms. Following a trial operation from July 25th to August 11th, the museum was officially opened on the 20th.Doosan Robotics participated in four sessions of the major exhibitions at the officially opened Seoul RAIM. When visitors enter the lobby and public space on the first floor, the collaborative robot AI-Ball on the ceiling blinks its eyes and performs various movements, welcoming visitors. AI-Ball is equipped with a vision recognition camera, which allows it to recognize visitors.The permanent exhibition hall on the third floor features AI Persona and Robot Singing Bowl (a brass bowl that resonates with beautiful sounds), which use Doosan Robotics' collaborative robots. The AI persona, an artificial intelligence artist, recognizes the facial expressions of visitors standing in front of the kiosk, guesses their emotions, and then the collaborative robot draws portraits that best suit them. Robot Singing Bowl allows visitors to enter their worries into a kiosk. The AI answers them with a voice, after which the collaborative robot plays the singing bowl so that they can have a moment of meditation.On the fourth floor, visitors encounter the Robotic Mirror Wall, where they can immerse themselves in the free movement of collaborative robots and their own appearance reflected in the mirror. As they see themselves reflected in every direction, they feel both the expectation that the development of robots and AI technology will contribute to a more convenient and safer life, while also feeling the discomfort of AI being able to monitor or control people.Doosan Robotics also unveiled an ice cream solution that uses collaborative robots at the opening ceremony held on the 20th, as well as Mini Mixmaster Moodie, which recognizes faces at a kiosk to hand out ionic drinks to children and coffee to adults, as well as understands emotions from facial expressions to provide the most matching snacks. The solution attracted a great deal of attention as visitors, including Oh Se-hoon, Mayor of Seoul, experienced it for themselves.Junghoon Ryu, CEO of Doosan Robotics, said, "Although robots and artificial intelligence are the most popular trends these days, general public don't often get to experience them in their surroundings," and added, "We hope the newly opened Seoul Robot & AI Science Museum will give the general public an opportunity to understand and contemplate the future that will be brought about by the advancement in robots and AI."Meanwhile, Junghoon Ryu, CEO of Doosan Robotics, attended the major exhibitions at Seoul RAIM and received a plaque of appreciation from Oh Se-hoon, Mayor of Seoul, in recognition of his active cooperation in the opening of Seoul RAIM.<br data-tomark-pass=""><br data-tomark-pass="">

2024. 08. 20

Doosan Robotics, 977 Launch Catering Frying Solution

On the 15th, Doosan Robotics announced that it participated in the Daegu School Group Catering Frying Robot Demonstration held at Daegu Palgong Elementary School and Middle School in Daegu and introduced its group catering frying solution.The Daegu Metropolitan Office of Education pushed for the introduction of a group catering frying solution to improve the working environment and reduce the workload of school cooks, and 977 Robotics donated the solution. 977 Robotics, a collaborative robot partner of Doosan Robotics' food and beverage (F&B) division of , is responsible for optimizing the collaborative robot frying solution, jointly developed by Doosan Robotics and JD, for school group catering settings.With a group catering frying solution, it is possible to complete about 500 servings of fried food in less than two hours by using six frying baskets simultaneously. The collaborative robot is installed at top of the frying solution module, making it easy to change the oil and clean the floor. It is highly space-efficient, making it easy to apply to existing cafeterias. Along with this, it has secured ▲ the industry's highest level of safety certification (PLe, Cat4), ▲ food hygiene safety certification from the US National Sanitation Foundation (NSF) and ▲ a high waterproof and dustproof rating (IP66).In particular, according to the results of the demonstration conducted by the FITI Testing & Research Institute, a nationally accredited testing agency, using the group catering frying solution can reduce the exposure to cooking fumes for cooks by more than 50%. Cooking fumes, which are highly concentrated fine dust generated during cooking, and are emitted in large amounts when using hot oil for frying or stir-frying.In addition, the group catering frying solution can prevent musculoskeletal and respiratory diseases as well as burns caused by repetitive movements and oil fumes.An official from Doosan Robotics said, "As the safety of the solution as well as the satisfaction of cooks have been proven by an accredited certification agency, we expect demand from schools hoping to introduce group catering frying solutions will increase in the future," and added, "We will continue to refine the solution so that it can be easily applied to school group catering."Doosan Robotics, together with 977 Robotics, supplied the group catering frying solution to Chuncheon Hansaem High School in Chuncheon, Gangwon-do.

2024. 08. 15

Doosan Robotics Signs MoU to Expand EV Charging

On the 30th, Doosan Robotics announced that it would be signing a Memorandum of Understanding (MOU) with the Seoul Metropolitan Government, LG Electronics, Hyundai Motor Company & Kia, and LS E-Link at Seoul City Hall for the establishment of user-friendly electric vehicle charging infrastructure. The event will be attended by officials including Yeo Jang-kwon, Director of the Climate and Environment Headquarters of Seoul City, and Junghoon Ryu, CEO of Doosan Robotics.This MOU was set up to go beyond simply increasing the number of EV chargers to speed up the supply of electric vehicles, and to distribute electric vehicles chargers optimized for demand, such as fast charging and assistive charging for those with limited mobility.Under this MOU, the Seoul Metropolitan Government will be responsible for providing candidate sites, leasing sites, permitting, granting permits, and other administrative support, while Doosan Robotics will supply an automatic electric vehicle charging solution that combines its collaborative robots with LG Electronics' 100 kW and 200 kW fast electric vehicle chargers, and will discover and develop related new technologies.The automatic electric vehicle charging solution uses a 3D vision camera attached to the collaborative robot to identify the location of the electric vehicle's charging port, and the collaborative robot connects the charging cable to the charging port to start charging. When charging is complete, the robot automatically removes the charger from the charging port and puts it back in its original position.Typically, electric vehicle fast charging systems have large, heavy and difficult-to-handle charger cables compared to slow charging systems. In this regard, the automatic electric vehicle charging solution can make charging more convenient for those with limited mobility such as the elderly and people with disabilities.Doosan Robotics and LG Electronics plan to supply their first automatic electric vehicle charging solution to the Municipal Mapo Silver Care Center and install it at 10 locations designated by the Seoul Metropolitan Government, including community centers and welfare facilities, in stages by 2026.Junghoon Ryu, CEO of Doosan Robotics, said, "This MOU with the Seoul Metropolitan Government is expected to serve as a springboard for expanding our business in earnest, going beyond the pilot operation we are conducting with LG Electronics," and added, "We will actively supply the automatic electric vehicle charging solution in line with the Seoul Metropolitan Government's policy of promoting the spread of charging stations, thereby making transportation more convenient for citizens."

2024. 07. 30

Doosan Robotics Signs MOU with Incheon Airport

On the 29th, Doosan Robotics signed a Memorandum of Understanding (MOU) with Incheon International Airport Corporation at the corporation's headquarters in Jung-gu, Incheon, to establish a collaborative system for promoting digital transformation of Incheon International Airport.With this MOU, the two companies have agreed to cooperate in ▲discovering and jointly researching new digital technologies in the robotics field of Incheon International Airport, ▲ establishing a collaborative system for testing new digital technologies, and ▲ discovering joint businesses for the digital transformation of the robotics field of Incheon International Airport.In particular, the two companies plan to prioritize discussions on introducing baggage handling and food-tech-related solutions using collaborative robots at Incheon International Airport.Doosan Robotics has a collaborative robot baggage handling solution capable of handling baggage weighing up to 70 kg by applying Cobot Lift's vacuum suction tube technology to its H-series collaborative robots, which have a 1.7 m arm reach and can lift up to 20 kg. Doosan Robotics plans to install the solution in the out-of-gauge cargo manning zone (OOG Manning Zone) in the duty-free area of Terminal 1 of Incheon International Airport and conduct a proof of concept (PoC) within the year.The two companies also agreed to discuss ways to operate a food zone using collaborative robots to reduce the waiting time for visitors and provide unique attractions in the food and beverage (F&B) space of Incheon International Airport.Inwon Park, CEO of Doosan Robotics, said, "We will support Incheon International Airport, the representative gateway to Korea, to provide a higher level of service through digital transformation using collaborative robots," adding, "We will actively collaborate to become a role model for digital transformation of airports by increasing the efficiency and safety of airport operations and providing new experiences to customers."Last year, Doosan Robotics signed an MOU with Schiphol Airport and the Danish company Cobot Lift to supply a collaborative robot baggage handling system for Schiphol Airport. Doosan Robotics has supplied 19 collaborative robot baggage handling solutions to Schiphol International Airport as of last year, and plans to introduce them to all business sites of Schiphol International Airport in stages in the future.

2024. 05. 30

Doosan Robotics Opens European Branch in Germany

Doosan Robotics is making proactive moves to expand its overseas sales channels and respond to local demand.On the 20th, Doosan Robotics announced that it has established a Doosan Robotics Europe branch office in Dusseldorf, Germany.Doosan Robotics' European branch will seek out excellent local partners such as system integrators (SI) and dealers in major European countries, including Germany, the UK, the Netherlands, and Italy. The branch will also focus on selling solutions that are in high demand in Europe, such as ▲ Palletizing to sort or load goods on pallets, ▲ Machine Tending to insert processed materials and remove finished products, and ▲ Welding.In addition, Doosan Robotics has decided to establish a service center in Heerhugowaard, the Netherlands, to quickly respond to after-sales service such as the installation and retrieval of collaborative robots and replacing parts, thereby enhancing customer satisfaction and reliability.A Doosan Robotics official said, "Following the H series, we plan to focus on marketing and sales activities for the P series, which will be released in the second half of the year, in the North American and European markets, where there is a high demand for the introduction of collaborative robots with high payload capacity,” and added, “We will do our best to improve customer satisfaction by expanding our sales channels to more than 100 companies in North America and Europe by the end of the year, developing solutions tailored to the needs of local customers, and building a service network."Doosan Robotics has been expanding its partnerships in North America since establishing its Doosan Robotics Americas subsidiary in Plano, Texas in 2022. Last year, it strengthened its marketing activities in North America, including signing a partnership agreement with Rockwell Automation, the largest industrial automation solutions company in the US.<br data-tomark-pass=""><br data-tomark-pass="">

2024. 05. 20

Doosan Robotics Unveils P Series Palletizing Cobot in US

Doosan Robotics is participating in the largest automation technology and robot exhibition in North America, unveiling new products and showcasing various collaborative robot solutions.On the 7th, Doosan Robotics announced that it is participating in "Automate 2024" held in Chicago, USA from the 6th to the 9th (local time).Automate is North America’s largest automation technology and robot exhibition, where global companies related to automation systems, robots, motion control, and more showcase their products, technologies, and solutions, and create networks.Doosan Robotics introduced its P-Series collaborative robot lineup at the exhibition, including the P3020, which has a payload* of 30 kg and a working radius of 2,030 mm. The P-series is a collaborative robot specialized for palletizing, which sorts and loads goods onto pallets during the logistics and transportation process, with the industry's highest payload and working radius.Payload: The maximum weight the robot can liftEspecially with its gravity compensation technology, it is relatively lighter and less power-consuming than competing products with similar specifications. It can also palletize up to a height of 2 m in height without auxiliary lift equipment, and has achieved the industry's highest safety rating (PLe, Cat4) for the safety of workers working with it.*PL, Cat: Functional Safety Assessment Rating of TUV SUD, an internationally accredited testing and certification agency based in GermanyPL (Performance Level): Reliability rating of the safety system, classified from PLa to PLe, with e being the highest rating.Cat (Category): Classification criteria for safety systems, classified from 1 to 4, with 4 being the highest level.<br data-tomark-pass="">Palletizing solutions are used in a variety of fields, including manufacturing, logistics, and food and beverage (F&B). Demand has been steadily increasing not only domestically but also in North America and Europe. According to market research firm Fact.MR, the palletizing robot market is growing at an average annual rate of 9.4% and is expected to reach $10.156 billion (approximately 13.2 trillion won) by 2033.In 2022, Doosan Robotics achieved a market share of about 72% in the global collaborative robot market, which is primarily used for palletizing solutions with payloads of 20 kg or more. It has supplied palletizing solutions to global customers such as the manufacturing plant of the Korean branch of Wacker, a German chemical company, and Schiphol Airport in the Netherlands.At this exhibition, Doosan Robotics will also introduce a variety of collaborative robot solutions for food and beverage (F&B), manufacturing, and more using its proprietary software platform, Dart-Suite.The F&B solutions include AI-controlled cocktail making, which was unveiled at CES 2024 in January, the unmanned modular robot cafe DR.PRESSO, and automated cake decorating and lettering work.Manufacturing solutions include ▲ Artificial intelligence vision sensor-based depalletizing (goods sorting), ▲ machine tending (loading and unloading products), ▲ welding, and ▲ sanding & polishing to refine and polish surfaces.In addition, Doosan Robotics has organized events such as hands-on experience with robot education kits and collaborative robot drum performances to increase visitors' interest and engagement in collaborative robots.Junghoon Ryu, CEO of Doosan Robotics, said, "This year, we plan to expand the scale of our exhibition booth and further diversify our collaborative robot solutions to actively promote our technical capabilities and excellence of our products," and added, "With the launch of the P Series this year, we will expand our collaborative robot lineup and further expand our sales volume in the global collaborative robot market by strengthening our sales force of in overseas subsidiaries."Doosan Robotics established its US subsidiary, Doosan Robotics Americas, in Plano, Texas in 2022, and plans to establish a European branch in Düsseldorf, Germany in the first half of this year.

2024. 05. 07

Doosan Robotics Unveils School Catering Frying Solution

Doosan Robotics unveiled a collaborative robot frying solution for school group catering.On the 30th, Doosan Robotics announced that it participated in the ESG Leading Management School Frying Robot Demonstration held at Chuncheon Hansaem High School in Chuncheon, Gangwon-do on the 29th. The event was attended by Junghoon Ryu, CEO of Doosan Robotics, Sin Gyeong-ho, Superintendent of Gangwon-do Office of Education, Jeong Gwang-yeol, Deputy Governor for Economic Affairs of Gangwon-do Office, and other related officials.The Gangwon-do Office of Education, as part of its ESG activities, promoted the introduction of a collaborative robot-based group catering frying solution in schools within its jurisdiction to improve the working environment and reduce the workload of cooks working in schools, and "977 Robotics" donated the solution. 977 Robotics, a system integrator (SI), is responsible for optimizing the collaborative robot frying solution, jointly developed by Doosan Robotics and JD, for school group catering settings.With the group catering frying solution, 500 servings of fried food can be prepared in less than 2 hours using six frying baskets at the same time. The collaborative robot is installed at top of the frying solution module, making it easy to change the oil and clean the floor, and it is highly space-efficient, making it easy to apply to existing cafeterias. Along with this, Doosan Robotics has secured the ▲industry's highest level of safety certification (PLe, Cat4), ▲ food hygiene safety certification from the US National Sanitation Foundation (NSF) and ▲ a high waterproof and dustproof rating (IP66).Generally, frying work can cause musculoskeletal and respiratory diseases as well as burns due to repetitive movements and oil fumes. The introduction of this new group catering frying solution is expected to increase the efficiency and safety of cooking work.Junghoon Ryu, CEO of Doosan Robotics, said, "As the satisfaction of users was high during the one-month pilot operation, we expect demand from other school cafeterias to gradually increase," and continued, "In line with the trend of the expanding group catering service market, we will continuously contribute to improving the cooking environment and increasing worker safety by developing various cooking-related solutions."

2024. 04. 30

Doosan Robotics Pilots EV Charging with Cobots

Doosan Robotics, partnered with LG Electronics, has developed an automatic collaborative robot electric vehicle charging solution, and started pilot operation.On the 16th, Doosan Robotics announced that it held an opening ceremony for the "Automatic Electric Vehicle Charging Solution Pilot Operation Site" with LG Electronics at LG Science Park in Gangseo-gu, Seoul on the 11th and started pilot operation.The newly developed electric vehicle automatic charging solution is a system that incorporates Doosan Robotics' collaborative robot into LG Electronics' 100 kW fast electric vehicle charger.The solution is made up of a kiosk for vehicle recognition and payment, and an automatic charging system. When a driver parks an electric vehicle in a zone where it can be charged, a camera separately installed transmits vehicle-related information to the system, and the driver completes authentication. Then, an AI-based 3D vision camera attached to the collaborative robot identifies the location of the electric vehicle's charging port, and the collaborative robot connects the charging cable to the charging port to start charging. When charging is complete, the robot removes the charger from the charging port and replaces it in its original position, and automatic payment proceeds.The key advantages of the automatic electric vehicle charging solution using collaborative robots are safety and the precise insertion of the heavy charging cable into the charging port. Doosan Robotics has implemented this solution by precisely controlling forces with high-performance torque sensors mounted on all six joints of the collaborative robot and securing the industry's highest levels of safety certification (PLe, Cat4).Typically, electric vehicle fast charging systems have large, heavy and difficult-to-handle charger cables compared to slow charging systems. In this regard, this solution can make charging more convenient and safer for drivers.The two companies plan to reflect improvements made after the pilot operation to further enhance the completeness of the automatic electric vehicle charging solution, and also to consider developing a variety of automatic charging solutions in the future.Junghoon Ryu, CEO of Doosan Robotics, said, "The automatic electric car charging solution is a technology that is difficult to develop unless the sensitivity, accuracy, and safety of collaborative robots," and added, "We will respond to the rapidly growing electric vehicle charging market by improving the completeness of our products and diversifying our automatic charging solutions in the future."

2024. 04. 16

Doosan Robotics Supplies Barista Robots to Mega MGC

Doosan Robotics will supply a collaborative robot solution to Mega MGC Coffee, which ranks second in the domestic coffee franchise market.On the 8th, Doosan Robotics announced that it has completed development of a collaborative robot barista solution specialized for Mega MGC Coffee and will install it for the first time at the Mega MGC Coffee Konkuk University Star branch for pilot operation.Mega MGC Coffee operates 2,847 domestic stores and is a leading coffee franchise that is growing fast enough, having opened more than 500 new stores last year alone.Last year, Doosan Robotics signed a memorandum of understanding (MOU) with Ann House, which operates Mega MGC Coffee, to improve the working environment of domestic F&B franchises through automation.The collaborative robot barista solution, jointly developed by the two companies, has minimized the movement of baristas while utilizing the structure of coffee production space within Mega MGC Coffee stores, allowing the collaborative robot to extract espresso in conjunction with grinders and semi-automatic espresso machines. In particular, it is possible to prepare for the next extraction while extracting espresso, allowing coffee to be made at the same speed as a human barista.The two companies plan to conduct additional pilot operations at one or two more stores, and then host briefing sessions on the collaborative robot barista solution for franchise store owners in the first half of this year to share the results and effectiveness of the operation. They also agreed to cooperate mutually to ensure that the solution is supplied at a competitive price with excellent quality.Junghoon Ryu, CEO of Doosan Robotics, said, "We have high expectations for being able to supply our collaborative robot barista solution to Mega MGC Coffee, which boasts rapid growth and a high store retention rate," adding, "As this solution has been introduced to many stores, we will establish it as a business model that grows together with franchise store owners and expand collaborative robot solutions to other types of F&B franchises.".

2024. 04. 08

Doosan Robotics Expands Sales Channels for Cobots

Doosan Robotics will expand its collaborative robot solution sales channels to B2C (business-to-consumer transaction) and will engage in joint marketing with Bodyfriend.On the 28th, Doosan Robotics announced that it had signed a Memorandum of Understanding (MOU) for the spread of healthcare robots and collaborative robots with Bodyfriend, a healthcare robot company, at the Bundang Doosan Tower in Gyeonggi-do on the 27th.Under this MOU, Doosan Robotics had agreed to provide its collaborative robot barista solution, DR.PRESSO, to the newly opened Bodyfriend lounges, and Bodyfriend will use its online and offline channels to help with various marketing activities to promote the sale of DR.PRESSO to general customers.Doosan Robotics expects that this MOU will further expand its sales channels to corporations and individual business owners. The two companies plan to install DR.PRESSO in three Bodyfriend Lounges during the first half of the year, starting with the Bodyfriend Lounge at Lotte Mall Suwon on April 5th and explore collaboration in various fields, including robotics technology and products, in addition to sales and marketing.Doosan Robotics' DR.PRESSO, released in 2021, can make 15 different types of coffee using the finest coffee beans and 3 types of ade. Additional options can place lids on cups and create latte art. It is also fast enough to make an iced Americano in about 43 seconds and can monitor in real time whether the key components are working properly. Based on this competitiveness, it has been supplied to Mudeungsan Mountain, highway rest areas, and large office buildings.Junghoon Ryu, CEO of Doosan Robotics, said, "We expect to see great business synergy from the combination of Doosan Robotics' collaborative robot-related technology and product competitiveness and Bodyfriend's B2C sales and marketing capabilities," and added, "Starting with this collaboration, we will expand our sales channels so that customers can experience Doosan Robotics' collaborative robot solutions in various places."

2024. 03. 28

Doosan Robotics Trials Surgical Cobot with Erop

Doosan Robotics' collaborative robot-assisted laparoscopic surgery solution was used for the first time in an actual surgery and achieved successful results. This is expected to lead to full-scale commercialization in the medical field.On the 14th, Doosan Robotics announced that its laparoscopic surgery assistance solution was used and successfully completed a cholecystectomy performed at Koo Hospital in Daegu.Laparoscopic cholecystectomy is a surgical procedure in which the gallbladder is removed using surgical tools manipulated after inserting a 10 mm endoscopic camera into the abdominal cavity through the navel. A trocar is inserted through an incision of about 1 cm into the skin to allow surgical tools to enter and exit. Imaging devices and tools that can observe the inside of the body from the outside are inserted through 3 to 4 incisions to perform the surgery.This laparoscopic surgery assistance solution used this time was jointly developed by Erop Co., Ltd., a system integration (SI) company specializing in medical equipment, and Professor Jin Sang-rok and his team from the Department of Mechanical Engineering at Pusan National University, based on Doosan Robotics' collaborative robot, which is equipped with an endoscopic camera.The solution can withstand a load of 3 kg and is equipped with joint torque sensors on each axis of the six collaborative robots, enabling delicate and precise work. It also can optimize the surgical path through programming, and a joystick enables smooth movements vertically and horizontally along with zooming in and out of images on the screen.Collaborative robots are expected to reduce the workload in medical settings by taking over the strenuous task of holding the endoscopic camera for a long time, which previously required 2-3 surgical assistants.Director Koo Ja-il, who performed the surgery, said, "The laparoscopic surgical assistance solution using the collaborative robot allowed us to complete the surgery in a precise and safe manner, and the patient was able to return home without any complications," and added, "It is expected that highly complex surgeries such as colon cancer and rectal prolapse will also be possible in the future, and there will be many positive effects such as increased surgical perfection and shortened surgical time, improving the patient's recovery."Junghoon Ryu, CEO of Doosan Robotics, said, "This is the first case of a laparoscopic surgical assistance solution developed with domestic technology being used in a medical setting," and continued, "We hope that collaborative robots will be used in various medical settings in the future to improve work efficiency and reduce the workload of medical professionals."Doosan Robotics and Erop have supplied laparoscopic surgery assistance solutions using collaborative robots to hospitals including Koo Hospital in Daegu and Min Hospital in Seoul, and are considering expanding into overseas markets such as the US and Europe, as well as domestically.

2024. 03. 14

Doosan Robotics Showcases AI at CES 2024

On the 17th, Doosan Group announced that it will participate in CES 2024, held in Las Vegas, US from January 9th to 12th, to showcase carbon-free total energy solutions for a cleaner and safer future, as well as the latest technologies applied with AI and unmanned automation.Park Jeong-won, chairman of Doosan Group, will visit the CES site with Park Ji-won, vice chairman of the group, and other executives to examine the latest technology trends and explore future business directions. This marks Chairman Park’s return to CES since he last attended in 2020.Doosan will operate exhibition space of 780 ㎡ at booth 5941 in the West Hall of the Las Vegas Convention Center (LVCC) under the theme of Our Planet, Our Future at this year’s CES. It will also hold a press conference at the Mandalay Bay Convention Center at 3 p.m. (local time) on January 8, the day before the opening of CES. At this event, it will first introduce its differentiated technologies and products that will be showcased at this year's CES to the press, and then welcome visitors at the exhibition booth during the rest of CES.At this year's CES, Doosan Enerbility and HyAxiom will showcase total energy solutions optimized for a carbon-neutral era, including nuclear, hydrogen, and wind power.Doosan Enerbility, which is strengthening its position as a Global SMR Foundry (a company specializing in production) in the small modular reactor (SMR) market, will introduce its competitiveness in key manufacturing SMR machines. It will also showcase hydrogen turbines, which are attracting attention as a carbon-free power generation technology. Doosan Enerbility is pushing the development of a 400 MW-class hydrogen combustion turbine for power generation, based on its capabilities of the gas turbine that was the fifth in the world to be successfully developed. Along with this, it will also introduce eco-friendly technologies such as recycling of used batteries, recycling of wind turbine blades, and hydrogenation of biogas, which are accelerating commercialization.Doosan's US subsidiary, HyAxiom, which possesses source technology and a production plant for hydrogen fuel cells, will unveil its Proton Exchange Membrane (PEM) electrolysis system technology for producing green hydrogen. Fuel cells for ships and land vehicles that are currently under development can also be seen at this exhibition.Doosan Bobcat will showcase innovative solutions that will be used in future workplaces. In particular, an unmanned electric concept vehicle that runs based on artificial intelligence (AI) is planned to be unveiled for the first time at this exhibition. Cutting-edge products such as the S7X, a fully electric skid-steer loader that has won two CES Innovation Awards for its success in electrification of not only internal combustion engines but also hydraulic systems, Rogue X2, an automated concept loader with no cockpit, and an automated lawn mower will also be on display.Doosan Robotics will unveil a large number of software and robot solutions using artificial intelligence technology. A prime example is Oscar the Sorter, an AI-based recycling sorting solution that won the CES Innovation Award. A robot that uses AI technology to analyze human facial expressions and make personalized cocktails will also be introduced. Doosan Robotics will also introduce ways to develop next-generation solutions that allow robots to learn and make decisions on their own by incorporating AI into Dart Suite, an operating system that makes robots as easy to use as a smartphone without coding.At the Doosan exhibition booth, presentations and panel discussions will be held on the successful cases of digital innovation by various companies. Doosan Digital Innovation will introduce quantum computing and cybersecurity trends, as well as projects that have won numerous global awards, such as AI Prediction of Electric Arc Furnace Steel Production Volume and Introduction of Encyclopedia Generative AI.An official from Doosan said, "At this year's CES, we focused on showcasing that ‘technology of tomorrow for the world is today's technology for Doosan’ through various physical exhibits and scale models," and stressed, "Technologies and products that can pass on a good environment to future generations are not a distant future for Doosan, but a business that is already in progress."

2023. 12. 17

Doosan Robotics Expands European Market Partnerships

Doosan Robotics has signed two further Memoranda of Understanding (MOUs) in the Netherlands, and has embarked on strengthening cooperation to expand its business in the European market.On the 14th, Doosan Robotics announced that it has signed an MOU with Schiphol International Airport in the Netherlands and Danish company Cobot Lift on the 13th (local time) for the "supply of collaborative robot baggage handling system to Schiphol Airport." The event was attended by Inwon Park, CEO of Doosan Robotics, Sybren Hahn, Director of Schiphol Airport, and Henrik Gulløv, CEO of Cobot Lift.Doosan Robotics has developed a solution capable of handling baggage weighing up to 70 kg by applying Cobot Lift's vacuum suction tube technology to its H-series collaborative robots, which feature a 1.5 m reach and a payload capacity of up to 25 kg. It recently delivered an initial batch of 20 units to Schiphol International Airport.The three companies have agreed to gradually introduce the solution to all workplaces at Schiphol International Airport by 2024, and to cooperate with each other to expand its application to airports and logistics centers in other regions in the future.Doosan Robotics also signed an MOU with SAM XL, a research institute established for smart manufacturing innovation at Delft University of Technology (TU Delft) in the Netherlands, for cooperation in the design of future smart factories for innovation in the manufacturing sector in Europe.Both companies have agreed to jointly develop smart factory collaborative robot solutions for manufacturing sites in the Netherlands and cooperate on application proposals and commercialization. SAM XL plans to develop and operate its own training program using Doosan Robotics' collaborative robots.Inwon Park, CEO of Doosan Robotics, who attended the event, said, "The supply of the baggage handling systems is meaningful in that we have established a bridgehead for us to enter airports not only in the Netherlands but also throughout Europe," adding, "With the establishment of a European subsidiary in Germany next year, we expect to further expand our business in the European market."Doosan Robotics, which plans to establish a European subsidiary in Germany in 2024, is considering entry into new regions, such as Central and South America and Southeast Asia. It also plans to expand overseas sales channels from the current 100 to 219 by 2026.

2023. 12. 14

Doosan Robotics Strengthens Growth with Innovation DNA

Doosan Robotics will continue its growth by strengthening its business competitiveness in various fields, including R&D, production, and solutions, based on its innovative DNA.On the 7th, Doosan Robotics announced that it has unveiled a large number of new collaborative robot solutions at its production plant in Suwon, Gyeonggi-do. The new solutions unveiled this time include ▲ group catering solution, ▲ laparoscopic surgery assistance solution, ▲ airport baggage handling solution, ▲ laser welding solutions, and ▲ bin-picking solution.The group catering solution was first introduced in Korea last November in the school cafeteria of a middle school in Seoul, where four collaborative robots perform large-scale cooking work such as making soups and stews, stir-frying, and deep-frying. The introduction of the solution is expected to improve work efficiency and worker safety, as repetitive movements and oil fumes generated during cooking can cause musculoskeletal disorders and burns in workers, and may also have a negative impact on their respiratory system.The laparoscopic surgery assistance solution requires precise movements as the endoscopic camera is mounted on the collaborative robot and moves inside the body. The solution can withstand a load of 3 kg and can be remotely controlled using a joystick. It is expected to be highly utilized as the robot takes over the strenuous task of holding the endoscope camera for a long time, which previously required two to three doctors.The airport baggage handling solution was developed in collaboration with Danish company Cobot Lift and is used to move baggage at airports. Doosan Robotics’ H-series collaborative robots, capable of lifting objects weighing up to 25 kg, can lift up to 70 kg when combined with Cobot Lift's technology. Doosan Robotics recently completed a Proof of Concept (PoC) at Schiphol Airport in the Netherlands.The laser welding solution offers faster welding speeds than before and produces smoother surfaces that require no additional work. It is expected to be in high demand in advanced industries such as aerospace, automotive, and medical equipment due to its high degree of completion of work. In particular, it can be used with a variety of materials and thicknesses without damaging the bonding material due to heat.The bin-picking solution is that picks up the desired parts from a mix of various parts piled up in a box and moves them to a designated location in sequence. With 3D vision technology built in, the collaborative robot can accurately pick up parts itself, pinpointing not only the position and shape of the parts, but also their orientation and degree of inclination.Along with this, Doosan Robotics showcased various collaborative robot solutions, including coffee, frying (chicken), palletizing, and educational kits on the spot.Doosan Robotics also decided to build an automated cell facility on the second floor of its Suwon factory to increase the efficiency and expand the scale of production. The automated cell is a facility where collaborative robots and humans work together to build collaborative robots. Doosan Robotics' collaborative robots are made up of six axes, each of which is called a module. One module requires about 70 bolt fastening operations. After a human prepares the preliminary work, the collaborative robot fastens the bolts.Currently, it takes about 60 minutes to produce one collaborative robot module. With the introduction of the automated cell, production time is decreased to about 37 minutes, improving efficiency by 38%. Doosan Robotics plans to build a total of nine automated cell facilities next year, increasing the production capacity of its Suwon plant to 4,000 units, about doubling from the current 2,200 units.In the future, it plans to incorporate autonomous mobile robots (AMRs) into the automated cells to promote logistics automation. Through this, the company plans to automate the transfer of parts from the material warehouse, transporting and loading modules after assembly to the warehouse, and moving them to the module combining process, with the aim of improving efficiency.In addition, Doosan Robotics has decided to accelerate software innovation. In October, Doosan Robotics launched Dart Suite, a software-centric ecosystem designed to provide a smartphone-like user experience, enabling both developers and users to easily use collaborative robots.Doosan Robotics has decided to incorporate artificial intelligence into its Dart Suite to improve user convenience. Incorporating AI will allow for faster implementation of collaborative robot features while minimizing user intervention. Ultimately, it will also allow the development of next-generation solutions that learn and make decisions on their own. Doosan Robotics is actually developing a GPT-based collaborative robot solution with Microsoft. Recently, it won the CES 2024 Innovation Award (Honoree) for its AI-powered recycling sorting solution, "Oscar the Sorter."Junghoon Ryu, CEO of Doosan Robotics, said, "Doosan Robotics' product development and continuous growth have been possible by the innovative DNA and passion in the hearts of all our executives and employees," and added, "Doosan Robotics aims to dramatically increase productivity and efficiency compared to the past while humans and robots work safely together in the same place." They also added, "We will expand our business domain through diversification of collaborative robot solutions and software innovation while developing into a company that further enriches human lives."Doosan Robotics is also striving to strengthen its overseas sales and marketing. Last year, it established a North American subsidiary in Plano, Texas, and plans to establish a European subsidiary in Germany in 2024. The company is also considering expanding into new regions such as Central and South America, and Southeast Asia, and plans to increase its overseas sales channels from the current 100 to 219 by 2026.

2023. 12. 07

Doosan Robotics Wins CES 2024 Innovation Awards

Doosan's advanced electrification and artificial intelligence products have been recognized for their technological prowess on the global stage of innovative technology competition.On the 16th, Doosan announced that its Doosan Bobcat's fully electric skid steer loader S7X and Doosan Robotics' recyclable sorting solution Oscar the Sorter were selected as Innovation Award Honorees at CES 2024, which were announced on the 15th (local time in the U.S.).The CES Innovation Awards are given by the Consumer Technology Association (CTA), ahead of CES, the world's largest IT and home appliance show, held in Las Vegas every January, to products with outstanding technology and innovation.Doosan Robotics is focusing on strengthening its software capabilities by developing Generative Pre-trained Transformer (GPT)-based collaborative robot solutions, which can repeatedly detect and correct errors, and perform tasks without human intervention.An official from Doosan said, "This is a meaningful achievement that recognizes Doosan's technological prowess in innovative technologies on the global stage," and added, "We will continue to develop various eco-friendly products and solutions that enhance convenience in people’s lives."Doosan, which has been participating in CES every other year since 2020, plans to showcase its products and technologies at CES 2024 held in Las Vegas, US from January 9th to 12th next year.

2023. 11. 26

Doosan Robotics to Supply Frying Solutions to Franchise

Doosan Robotics has partnered with a major domestic chicken franchise to expand the supply of frying solutions using collaborative robots.On the 16th, Doosan Robotics announced that it signed a memorandum of understanding (MOU) with Kyochon F&B, which operates Kyochon Chicken, on the 12th at Bundang Doosan Tower in Seongnam, Gyeonggi-do, for the spread of expand chicken robot solutions. The event was attended by Inwon Park, CEO of Doosan Robotics, Junghoon Ryu, Vice Chairman of Kyochon F&B, and Yun Jin-ho, CEO.Under this MOU, Doosan Robotics will supply a collaborative robot frying solution exclusively for Kyochon Chicken recipes, while Kyochon F&B will introduce Doosan Robotics' collaborative robot frying solution to automate its stores. The both companies have decided to increase the adoption rate by actively promoting the effects of the collaborative robot frying solution to existing and new stores, and to create new business models through future collaboration.They plan to install the first unit of Doosan Robotics' collaborative robot frying solution at Kyochon F&B's headquarters in Osan this month and introduce it to stores nationwide in stages.For Kyochon Chicken, to preserve the crispy texture and savory flavor of the chicken, the chicken pieces are first fried, then shaped (removing any excess batter from the chicken pieces), and then fried a second time. With a two-stage frying process, the introduction of collaborative robots is expected not only to improve work efficiency and worker safety, but also to provide uniform taste and quality.Doosan Robotics' collaborative robot frying solution uses six baskets at the same time, and can fry up to 24 chickens per hour for high production volume. In addition, the highly space-efficient cooperative robot is installed at the top of the frying module, eliminating the need to set it up again before opening every day as well as making it easy to change the oil and clean the floor.Additional features include ▲ an intuitive user interface that even beginners can use, ▲ food hygiene safety certification from the US National Sanitation Foundation (NSF) ▲ high waterproof and dustproof rating (IP66), and ▲ a highly responsive after-sales service. Doosan Robotics provides services to stores nationwide 24 hours a day through its collaborative robot specialized contact center, which was opened for the first time in Korea last year.Junghoon Ryu, CEO of Doosan Robotics, said, "With 1,370 chicken restaurants in Korea, Kyochon F&B is an ideal partner for us to provide a stable supply of collaborative robot frying solutions in terms of scale," and added, "We will continue to collaborate with domestic and foreign franchises to supply a variety of customized food and beverage (F&B) solutions beyond frying."Doosan Robotics is making efforts to expand the service robot market by collaborating with various F&B companies, including ▲ frying solution (Robert Chicken) ▲ noodle solution (CJ Foodville) ▲ group catering solution (Ourhome), and ▲ ice cream solution (XYZ).

2023. 10. 16

Doosan Robotics Strengthens Software for Cobot Adoption

Doosan Robotics, with its solid foundation in collaborative robot manufacturing, is embarking on the full-scale popularization of collaborative robots by strengthening its software capabilities.On the 10th, Doosan Robotics announced that it has launched Dart Suite, a software platform that allows users to develop and share collaborative robot applications.Dart Suite is a software-centric ecosystem designed to provide a smartphone-like user experience, enabling both developers and users to easily use collaborative robots. Dart Suite consists of five services: ▲ Dart Integrated Development Environment (IDE) for developing collaborative robot applications; ▲ Dart Store for uploading and downloading collaborative robot applications; ▲ Dart Platform responsible for installing applications and operating collaborative robots; and ▲ Dart Forum and Dart Developer, which are community spaces for users and developers.Dart IDE is a toolkit for the development of web service-based software that can run on various mobile devices, and is used to program basic movements and features of collaborative robots. Even novice developers can develop applications by combining pre-built features without coding, reducing the time required for development by up to 80%. Experts can also develop highly productive and efficient collaborative robot applications using features such as component drag-and-drop and visual ing. Application developed can be uploaded directly from Dart IDE to Dart Store.Dart Store is a space similar to a smartphone app store where developers can register their collaborative robot features, such as machine-tending and palletizing, in the form of free and paid applications, and users can download them. Applications developed by developers are registered on Dart Store after going through internal screening and evaluation. The Dart Store service is scheduled to be fully launched at the end of October.The Dart platform is software for downloading features developed in the Dart IDE from Dart Store and applying and executing them on collaborative robots. It features an intuitive interface, fast response rate, and 3D simulation capabilities. The use of collaborative robots is expected to be even more beneficial, as it will allow users to quickly switch between making coffee in the morning and palletizing in the afternoon through Dart Store and Dart platform.Dart Forum and Dart Developer are community spaces where users can post guides, provide samples, download installation files, get advice from external developers, and gather customer feedback for developing collaborative robotics features.Junghoon Ryu, CEO of Doosan Robotics, said, "Doosan Robotics has been focusing on software development as well as hardware since the beginning of the business to build a user-centric collaborative robot ecosystem, and we are delighted to be releasing the result of this effort," and emphasized, "This is an easy, fast, and intuitive platform that allows customers to change the role or movement of collaborative robots according to their needs by simply downloading the application like they would on a smartphone." They also said, "We will lead the construction and dissemination of the collaborative robot value chain foundation by revitalizing the software platform Dart Suite in the future."Doosan Robotics is focusing on technological advancement, with about 40% of its entire workforce being research and development (R&D) personnel. In terms of hardware, it has built the industry's largest lineup and succeeded in developing the industry's highest level of force detection and collision sensitivity with its own technology. In addition to releasing the software platform Dart Suite, it is also developing collaborative robot solutions applied with GPT in collaboration with Microsoft and Doosan Digital Innovation.

2023. 10. 10

Doosan Robotics Lists, Targets Global Cobot Leadership

Doosan Robotics has completed its listing on the securities market (KOSPI) and is now fully operational as a total collaborative robot solution provider.On the 5th, Doosan Robotics announced that it held a Listing Ceremony at the Korea Exchange in Yeouido, Seoul. The event was attended by key figures from the Korea Exchange, the IR Council, and the host company, including Inwon Park and Junghoon Ryu, CEOs of Doosan Robotics.The event began with a performance featuring Doosan Robotics' collaborative robot, wrapped in red to symbolize a rise in stock prices, striking a large drum set up in the lobby of the new building of the Korea Exchange. The collaborative robot used here was the H-series, which boasts a maximum payload of 25 kg.The event concluded with the signing of the listing contract, the presentation of the listing commemorative plaque, with Inwon Park and Junghoon Ryu, CEOs of Doosan Robotics ringing the bell to signal the commencement of trading for Doosan Robotics.After expressing his gratitude to the people involved and executives who helped with the listing, Doosan Robotics CEO Inwon Park said, "Doosan Robotics will continue to advance as a total collaborative robot solution provider through the construction of an ecosystem utilizing a software platform, the internalization of AI, and autonomous mobile robot (AMR) technology," and expressed his aspirations, saying, "Along with this, we are committed to enhancing shareholder value through socially responsible and sustainable growth-oriented management."Meanwhile, Doosan Robotics has confirmed the largest deal of the year, worth approximately 63 trillion won, through its demand forecast for domestic and foreign institutional investors, with the participation of major domestic investors and prominent large overseas funds. The public offering of shares for general investors that followed also achieved the largest record in the Korean capital market this year, with a competitive ratio of approximately 520 to 1 and a deposit of approximately 33 trillion won.Doosan Robotics has achieved the number one domestic market share and the number four global market share (excluding China) thanks to its ▲ advanced technology, including the industry's highest level of force detection and collision sensitivity, ▲ the industry's largest lineup (13 types), and ▲ a robust overseas sales network, and is expanding its business domain by discovering solutions in various fields, including manufacturing, food and beverage (F&B), and healthcare.Doosan Robotics plans to use the funds raised from this public offering for ▲ M&A and equity investment in related companies in AMR and AI fields, ▲ investment in production facilities and R&D, and ▲ strengthening overseas sales, with the aim of becoming a global total collaborative robot solution provider.

2023. 10. 05