Event

Y-Hand M2 Bionic Dexterous Hand's Internal Structure Made Public for the First Time

1 reports · 1 sources

The internal precision bionic structure of the Y-Hand M2 bionic dexterous hand, developed by Beijing Daqi Yuequan Bionic Technology, was made public for the first time at the Jilin University educational achievements exhibition, covering the mechanical structure, drive and transmission system, and perception and control system. The product is an industrialization outcome of the bionic tension-compression body robot theory of Professor Ren Lei of Jilin University. The reporting party states that the Y-Hand M2 has 38 degrees of freedom, making it the bionic dexterous hand with the highest number of degrees of freedom in the world at present; after extensive real-machine testing, it comprehensively surpasses traditional rigid hands in five core performance aspects: strength, speed, precision, flexibility and compliance. The product has currently achieved large-scale mass production and can be stably delivered and applied in batches.