We have the patents, over 100 actually

We have the touch

There are 241 nerve endings per square centimeter (cm2) on the human fingertip which transmit impulses to the brain without any loss. Our technology allows for 242 receptors which is greater than that of a fingertip. Prior to our technology robots and other devices could only achieve a sensor density in the order of tens while we can achieve a density in the order of millions.

More sensitive than the human fingertip

Our 10 DOF test bed robotic hand has an impressive total a 3280 unique tactile receptors. Each fingertip has 400 receptors with the resolution of 317 per square centimeter while the larger palm tactile sensor has 1280 receptors. Our patented technology allows our sensors it to be used as a touch video screen.

It’s what sets us apart.

We have over 100 patents each centered around señor technology. Other technologies have issues when they try to increase sensor density due in part because data transmission becomes impossible or impractical due to extremely high costs.

Our technology allows our sensor density to be increased in the order of millions per square centimeter, while making it possible to transmit accurate data to a computer at a very realistic cost.

Multi-Point-Touch

Our technology allows our sensors to register each receptor independently and simultaneously, allowing multitouch and gesture recognition capabilities in real-time.

Greater Depth & Feel

Our sensor’s superior resolution allows ultra-sensitive shape and depth recognition which is ideal in a small area where detail is important.

Hover Sensing

Our sensor can sense an object without actually touching it which makes it ideal for use in extreme or dangerous conditions.

This feature is crucial to cobots and industrial robots especially when they are working very close to humans.

Force Sensitivity

Our sensor can sense forces smaller than 0.001 N (0.1 gram). This allows for use with applications that require highly sensitive capabilities.

Ideal use for sophisticated medical instruments.