Blogs

Inductive encoder: accurately measure displacement in harsh conditions

Accurate displacement with an inductive encoder? Such a linear encoder is robust and resistant to dirt. Discover ins and outs.

Lidar indispensable for autonomous driving and AGV

Self-driving vehicles move autonomously thanks to lidar. Innovation makes this sensor more payable, more compact and more reliable. Check the benefits!

Lidar integration in 5 steps

Lidars are complex technologies. For successful integration, a solid cooperation is indispensable. Read the 5-step plan for lidar integration.

Reliable distance measurements with a radar sensor

A radar sensor measures distances using radio signals. This sensor is suitable for many applications, such as measuring fluid levels. Check this out!

Inductive or optical: Which encoder is right for your application?

Which encoder should you choose if you want to accurately measure a movement: inductive or optical? How do they differ? Compare by answering 10 questions.

3 important criteria optical and inductive encoders explained

Is your encoder not working at its best? Take a closer look at the important criteria of your application. Discover the important encoder specifications.

Improving the performance of ultrasonic and Doppler radar sensors

How do you combine sensor data from ultrasonic and Doppler radar sensors? Improve performance with sensor data fusion. Read how!

Measuring angular rotation with an absolute rotary encoder

Absolute rotary encoders measure the angular rotations of a machine's shaft. Check out the 5 advantages of this capacitive encoder.

Highly accurate position control with the optical encoder

An optical encoder measures positions, lengths and displacements accurately and without contact. Even in vacuum applications. Read the 5 advantages and other tips.

The difference between absolute and incremental encoders

Does your application require an incremental or an absolute encoder? What is the difference? You'll read about it in this article.

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