Distance measurements: laser or ultrasonic?
In this article we discuss the differences between the ultrasonic- and laser-based measuring principles, the challenging applications that emphasise those and an overview of possible solutions.
Sound deflector: guide the sound of an ultrasonic sensor
In this article the bending of the sound cone of an ultrasonic sensors by means of a bending reflector. This allows an alternative mounting of the ultrasonic sensor.
Chemical resistance and sensors
Chemicals can be disastrous for your sensors. Corrosion is one of those risks. How can you protest your sensors and production process against this? Switch to sensors with a chemical resistance!
What are the different types of detections and measurements with ultrasonic sensors?
The different detection principles that ultrasonic sensors use to provide a solution in different applications.
How can I set filters for my measurements with ultrasonic sensors?
An overview of the different filter settings for microsonic ultrasonic sensors.
How to detect double layers or sheets of material
What you need to know about the operation of an ultrasonic double sheet sensor, but also how to set up and install the sensor!
How do I configure a microsonic esf- sensor?
Stickers, labels or seal seams can be detected reliably with an esf- sensor. However, it is required to configure the sensor correctly for your application. Here you can read how to!
How does an ultrasonic sensor work?
Ultrasonic sensors work by sending and receiving sound. How does this work? How does an ultrasonic sensor work? What is ultrasonic sound? This article discusses these subjects.
Detection range of ultrasonic sensors
How does the detection range of ultrasonic sensors work? Ultrasonic sensors are able to perform a reliable detection or measurement within a certain area based on ultrasonic waves. The sensors have varying ranges and these depend on a number of environmental factors. Read more about it here.