The domestically produced humanoid robot Kepler "Bumblebee" praised by the CEO of Figure has officially landed at SAIC for "work"

Recently, the domestically produced humanoid robot "Black Horse" Kepler released a training video of its humanoid robot K2 "Bumblebee" in the SAIC General Motors factory, which has attracted widespread attention in the industry.

In the video, the Kepler K2 "Bumblebee" silk slide on duty quality inspection, cruising, handling and other workflows demonstrate the high load and ultra long endurance advantages of Kepler humanoid robots in industrial scenarios. It is worth noting that not long ago, the CEO of Figure, the global leader in humanoid robots, personally praised Kepler robots. At that time, the video showed the self-developed dexterous hand of K2 "Bumblebee".

In today's highly anticipated commercialization process of humanoid robots, Kepler humanoid robots have landed at SAIC General Motors factory for practical training, not only achieving a leap from "laboratory" to "landing application" of its humanoid robots, but also giving industry insiders who are concerned about the commercialization of humanoid robots a shot in the arm: domestic humanoid robots have significant advantages in technological breakthroughs and industrialization processes. In the near future, humanoid robots will definitely enter various industries and create infinite possibilities for human life.

Both soft and hard power have been transformed into super strong "workers" in automobile factories

At present, the development of the humanoid robot industry is becoming increasingly fierce, but in order to truly achieve large-scale "employment" and widely integrate into industrial production and daily life, strict requirements are put forward for the software and hardware level of humanoid robots.

Taking the landing of the Kepler humanoid robot at the SAIC General Motors factory as an example, the Kepler K2 "Bumblebee" is equipped with a self-developed force tactile dexterous hand and a six axis force sensing wrist, which enables the robot to flexibly use detection equipment like a human operator for the complex and delicate sewing quality inspection process. Its nimble hand is equipped with up to 25 force contacts per finger, combined with self-developed algorithms, which can accurately determine when, with what force, and at what angle to press each small button, ensuring effective operation and avoiding damage to expensive detection instruments. From 'knowing how to take' to 'knowing how to use', Kepler has truly endowed robots with the delicate perception and control of human hands.