Perceptron, Inc. (Perceptron), develops, produces and sells non-contact measurement and inspection solutions for industrial applications. Perceptron products provide solutions for manufacturing process control, as well as sensor and software technologies for non-contact measurement, scanning and inspection applications.

The Company services multiple markets, including the automotive industry. The Company's primary operations are in North America, Europe and Asia. The Company's products are categorized as automated systems products, technology components products, and value added services. On August 30, 2012, the Company sold substantially all of the assets of Commercial Products Business Unit (CBU).

XARION Laser Acoustics is a provider of unique, laser-based acoustic sensors. The membrane-free optical microphone uses an IP-protected principle of operation: it detects sound based on its ability to change the speed of light. Since no mechanically movable or deformable parts are involved in this approach, the sensor comes with a linear frequency response free from mechanical resonances. The microphone shows an unprecedented frequency bandwidth exceeding state of the art solutions by a factor of ten.

Perceptron is a solution provider. Perceptron design, manufacture, and deliver all the components for your automated solution; including the sensor, software, mounting hardware, installation labor, and support.

For the detection of sound waves, conventional microphones use membranes or other moving parts as intermediaries between the incoming acoustic and the resulting electrical quantity. For acoustic ultrasound sensors based on piezoelectric crystals, the approach is similar: the acoustic wave mechanically deforms the crystal. In contrast, the patented idea behind XARION’s Optical Microphone is to exploit another, completely different property of sound: the fact that sound changes the speed of light! In a rigid Fabry-Pérot laser interferometer consisting of two miniaturized mirrors, sound pressure changes the refractive index of the air. This alters the optical wavelength and the light transmission which consequently leads to the respective electrical signal. In contrast to conventional microphones, the Optical Microphone is the world's first microphone without any moving parts. No mechanically movable or physically deformable parts are involved. By consequence, the sensors exhibit a compelling frequency bandwidth, free from mechanical resonances. The sensor principle is highly sensitive. In fact, refractive index changes below 10-14 can be detected with this technology. This corresponds to pressure changes as small as 1 ?Pa.