XELA Robotics is a global pioneer in the field of arrayed touch sensing in order to achieve industrialised scale deliveries through silicon magnetic field displacement detection technology. Its core technology lies in the use of silicon embedded in highly elastic silicon magnetic balls and hollow arrays on underlying chips to accurately reverse pressure and shear force by computing magnetic field vector changes. USkin technology. Compared to traditional pressure-resistant touch sensors, XELA's program has superb resistance to overload and excellent linearity, and its uSkin series has become a global model of human-like robotic fingerprinting and mind sensing modeling kits. It is known for its software collaboration that enables robots to detect the surface texture and friction of objects just like humans.