Intelligent Bionic Hand

It integrates bionics, mechatronics, materials science, biomedicine, and information technology, and incorporates independently developed motion control technology.

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PRODUCTS

Intelligent Bionic Hand
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Core advantages

Independently driven,

extremely refined

Breaking through the limitations of traditional mechanical grippers, the "dexterous hand" is equipped with 6 independent actuators, enabling each finger to move independently, and the thumb to perform complex movements in two directions, easily completing highly difficult and delicate actions such as grasping, pinching, and holding.

Motion control,

human-machine integration

Equipped with Titanium Laser's independently developed motion control technology, it significantly enhances the interactive experience and operational intuitiveness, allowing the bionic hand to truly "move as you think".

Cutting-edge integration reshapes medicine and industry

The deep integration of biomedicine and information technology is not only applicable to industrial environments, but also has great potential in the field of medical rehabilitation, in line with the cutting-edge technological development trend of bionic hands being highly integrated with nerves and bones.

Applications

Industrial production
Scientific Research and Education
Business scenarios

As part of the core component ecosystem for robots, the "dexterous hand" intelligent bionic hand is perfectly compatible with collaborative robots (ARM series, EBLM series), providing a complete "hand-eye-brain-arm" integrated solution for industrial automation, scientific research and education, commercial services, and medical rehabilitation.

Developing the next generation of intelligent robots? Let our products provide the solution.

Our engineering team responds within 24 hours, providing one-on-one selection guidance and in-depth customization solutions.