DOBOT Debuted Global Delivery of Humanoid Robot -DOBOT Atom
DOBOT Atom officially launched

DOBOT Debuted Global Delivery of Humanoid Robot -DOBOT Atom

Nagoya, Japan – June 27, 2025 – DOBOT, a global leader in collaborative robotics, held its new product launch conference today in Nagoya, Japan - a major center of the manufacturing industry. At the event, DOBOT officially began mass delivery of its humanoid robot DOBOT Atom and unveiled the world’s fastest high-payload collaborative robot, DOBOT CR 30H. Over 200 key Japanese partners and dozens of industry media attended the event, witnessing a strategic milestone in DOBOT’s transition from intelligent collaborative robotics to commercialized embodied humanoid innovation.

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New product launch event in Nagoya, Japan

From China to the World: Ten Years of Innovation

Having grown from deep roots in China, DOBOT has expanded globally while earning the trust of partners across sectors. In late 2024, the company reached a major milestone with its successful listing on the Main Board of the Hong Kong Stock Exchange.

“Human-robot collaboration is no longer a distant vision — it's a reality we’ve been steadily building,��� said Peichao Liu, Founder and CEO of DOBOT. “With ten years of independent innovation, each of our products is designed to make automation smarter, more flexible, and more accessible.”

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Speech by the CEO of DOBOT

DOBOT Atom: World’s First Humanoid Robot with Dexterous Manipulation and Straight-Knee Walking

 DOBOT officially launched DOBOT Atom for global delivery. It is the world’s first full-size humanoid robot to combine dexterous manipulation with straight-knee walking. DOBOT Atom enabled high-level coordination between upper and lower limbs, powered by DOBOT’s proprietary Neuro-Driven System (NDS). It delivered human-like capabilities with industrial-grade ±0.05mm precision, capable of tasks including electronics soldering, fine calibration, and even cherry picking — all requiring extreme stability.

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DOBOT Atom officially launched

The product passed strict mass production validation and completed its first global deliveries on-site during the event. This milestone not only demonstrated DOBOT’s mature manufacturing capabilities, but also marked the scaled commercialization of embodied intelligence.

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DOBOT humanoid robot Atom successfully delivered to Japanese customer

DOBOT CR 30H: Breaking the Limits of Payload and Speed

DOBOT also introduced the CR 30H, the industry’s fastest 30kg collaborative robot, both globally and in Japan. It offered 300°/s joint speed and vibration displacement under 0.3mm at full load. Powered by DOBOT’s HyperMove algorithm, the robot boosted single-unit efficiency by 20% over comparable models, shattering the traditional notion that high-payload cobots must sacrifice speed.

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CR 30H Cobot

Strategic Expansion in Japan with ASKA Partnership

During the event, DOBOT announced a strategic partnership with ASKA Corporation, a major Japanese system integrator. With ASKA’s experience in automotive components and control systems, the two companies planned to establish an end-to-end integration ecosystem in Japan, spanning proposal, design, implementation, and support.

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Japanese Launch Event

Scaling Embodied Intelligence

With over 80,000 robots shipped worldwide and clients including over 80 Fortune Global 500 companies, DOBOT’s foundation in manufacturing positioned it strongly to scale embodied AI technologies.

In April 2024, DOBOT launched X-Trainer, the first embodied intelligence robot platform for training scenarios, already in use by leading manufacturers.

In March 2025, DOBOT officially released DOBOT Atom, now in mass production.

In April 2025, DOBOT introduced a wheeled + single-arm embodied robot, a compact platform for data collection across industrial and commercial fields.

 

Not Just a Robot - A Platform for Intelligence

DOBOT’s vision extended beyond providing individual robots. The company aimed to build a comprehensive platform where developers could train and deploy their own intelligent agents, offering a unified software-hardware ecosystem to drive the next generation of automation and collaboration.

There is a lack of effective demonstration. The difficulty of walking is that the surface is complex, with debris, gravel, liquid, mud, and other common outdoor terrains. The stability and safety of Flat terrain environments are actually not as economical and practical as wheeled robots. Even for ordinary household robots, we must consider that the robot cannot fall over and injure people due to foreign objects on the ground.

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