Because of its high measurement accuracy and non-contact measurement characteristics, laser displacement sensor is widely used in universities and research institutions, automotive industry, machinery manufacturing industry, aviation and military industry, metallurgy and material industry precision measurement and detection.

How are laser displacement sensors used in ceramic and glass printheads? Here we take a look:

Ceramic printing machine can be in ceramic, floor, optical disc, leather, PVC, textile fabric, plexiglass, metal, plastic, crystal, wood products, copper-plate paper and other any relative flat material, multi-color, any complex color, transitional color printing of digital printing machine, it does not require plate making, color and complex plate printing procedures, will not cause damage to the material.

When printing patterns on, for example, glass and ceramics, very precise positioning of the print head is required if very fine structures need to be printed.

Because of this need, laser displacement sensors are widely used in ceramic glass printing. Using a 10mm range laser displacement sensor, the relative distance between the print head and the printed surface is precisely measured. The measurement results of the laser displacement sensor are transmitted through the RS422 interface to the controller. The obtained inspection data can be used to determine the material edge and surface tilt Angle, thus accurately positioning the print head.

The laser displacement sensor has excellent measurement performance, and at the same time has a small external size, which is particularly suitable for measurement tasks where installation space is limited. The unique laser displacement sensor also offers exceptional measurement performance. Features such as network interface and pre-set parameters allow customers to quickly debug installation when using on a large scale. Custom preset parameters (plug and play) allow extremely fast parameter setting.