Skip to content
Trending storyDeveloping

SynDexy delivers first small batch of C1 dexterous humanoid robots to factories

2 articles2 sourcessince Oct 29Last article 15m ago ·

Overview

AISummary of 2 articles

SynDexy, a Beijing embodied AI company, says it has completed the first small-batch delivery of its C1 dexterous humanoid robot to customer factories.

The robots will handle precision assembly steps in consumer electronics and electronic components. In earlier testing, the company reports a success rate above 98 percent on key tasks. SynDexy says the C1 pairs a self-developed visuo-tactile sensor with its M1 vision-touch-force fusion model, with 22 degrees of freedom and 1 ms real-time motion control. The company did not name its customers or say how many units were delivered.

Written by AI from the articles below · updated Oct 30, 3:43 AM ET

Check the sources:

Article timeline

The articles in this story. Times are ET.

Oct 30
  1. PandailyNews
    SynDexy delivers first small batch of C1 dexterous humanoids for electronics assembly

    AISynDexy, a Beijing embodied AI company, says it has completed the first small-batch delivery of its C1 dexterous humanoid robot to customer factories. The robots will handle precision assembly in consumer electronics and electronic components, where the company reports a success rate above 98 percent on key tasks in earlier tests. The company did not name its customers or say how many units were delivered.

Oct 29
  1. LeiphoneNews
    SynDexy delivers first small batch of its dexterous humanoid robot C1

    AISynDexy has begun the first small-batch delivery of its in-house SynDexy C1, a dexterous-manipulation humanoid robot, for precision assembly work at consumer electronics and electronic component customers. In prior testing, the C1 reached a key-task success rate above 98%. The robot pairs a self-developed visuo-tactile sensor with the SynDexy M1 vision-touch-force fusion model and has 22 degrees of freedom with 1 ms real-time motion control.

Heat Trend

Not enough continuous observations to show a trend yet.