SensEra to Mass-Produce ‘Electronic Skin’ for Robots, Detecting Pressure and Slip

The Nikkei reported on Sept. 10, 2026, that China’s SensEra will mass-produce “electronic skin” for robots. According to the report, the electronic skin can detect pressure and slip.

According to the report, SensEra is targeting mass production of a component needed for contact control in robots, giving robot makers more options for grasping and contact safety. Detecting pressure and slip is important when handling not only rigid objects but also irregularly shaped ones, and a stable supply of the component is a prerequisite for deployment.

What is new about SensEra’s move is that it is targeting the “electronic skin” that captures information from a robot’s contact surface for mass production, rather than mass-producing the robot itself. In practical robotics, a challenge is how to reliably collect tactile data to supplement vision and force sensing, so commercializing this technology could be significant. However, the excerpt from the original report does not make clear what type of sensor it uses or the scale of production. Please refer to the original source for details. No related articles from this newspaper were provided, but in the context of publicly available information, tactile sensors are important for robot grasping, manipulating soft objects and operating near people. Electronic skin is a component whose value depends on its integration with an arm, hand and control software, rather than a product that stands alone. Whether it can be mass-produced is therefore likely to directly affect the conditions for adoption by robot makers. Public information does not make it easy to determine prices or market size in a uniform way. Adoption is likely to depend not only on performance but also on durability, ease of wiring and integration, and consistency in mass production. This type of component also adds touch to robots that rely primarily on vision, making the way data is collected a potential source of competitive advantage. Points to check include what movements it can detect pressure and slip during, and at what level of accuracy; how much data can be accumulated for training; and whether performance can be reproduced in mass production. Points to watch going forward are: 1) the type of electronic skin and where it will be installed; 2) when mass production will begin and the scale of supply; and 3) what it can detect in addition to pressure and slip.