Blogs over "sensor-technologies"

What makes capacitive linear encoders interesting for the high-tech and robotics sectors?

The advantages of capactive encoders perfectly match the challenges in applications in high-tech or robotic applications.

Linear encoders: which technology do you need?

Er bestaan vier hoofdtechnologieën voor lineaire encoders: optisch, inductief, magnetisch en capacitief. In de basis werken ze grofweg hetzelfde.

Robotics, mobile mapping, intelligent traffic systems: There’s a lidar solution for every sensor challenge

Since the merger of Velodyne and Ouster, Sentech is now also a partner of Ouster. Ouster has some advantages. Read more about lidar in this blog.

Capacitive linear encoders offer new opportunities for integration

A new partnership with KappaSense offers many additional opportunities around capacitive linear encoders. Read our blog for more information.

Long stroke encoder: measure long distances of up to 5 meters

An encoder that is suitable for long distances? With a long stroke encoder you measure movements accurately, over distances of up to 5 meters.

Absolute encoders with ultimate integration possibilities

Integration of absolute encoders: what if off-the-shelf components are not suitable? Smart encoders without peripherals are now available.

The revealing science behind Lidar technology

Lidar is the optical sensor technology for detection and measuring distance. Discover all the ins and outs of this versatile sensor technology. Check it!

Ultra wideband guarantees extremely accurate positioning

Read about how Sentech is helping a start-up to bring a unique positioning solution onto the market. And discover why ultra wideband is making a comeback!

Optical precision to the nanometre

Extreme measuring accuracy for non-contact distance measurement at the nanometer can be done with Chromatic Confocal. Check this precision technique!

Chromatic confocal: extreme technology at the Precision Fair

At the Precision Fair, there was a great deal of interest in chromatic confocal. In an optimal setting, the sensor achieves a resolution of 7 nanometres!

1 2

›