In the field of automatic control, proximity switches with switching quantities play a crucial role, and normally open proximity switches and normally closed proximity switches are common types. They seem similar but have many differences and exert their own advantages in different scenarios. This article will thoroughly analyze the similarities and differences of these two [...]

What is an Analog Output Proximity Sensor? How Does It Differ from a Switch Output Proximity Sensor? Proximity sensors play a crucial role in industrial automation, smart detection, and various other fields. These sensors are vital components that help automate systems, improve efficiency, and ensure precise control. Among the different types of proximity sensors, proximity [...]

BEDOOK sensors will participate in SPS 2025. As the sister exhibition of the SPS Smart Production Solutions Exhibition in Nuremberg, Germany, SPS - Smart Production Solutions Guangzhou, with the brand concept of “Deeply Cultivating Industrial Automation to Enable Diversified Industrial Applications”, will be held in Guangzhou, China from February 25th to 27th, 2025. The total [...]

The BEDOOK metal face proximity switch is an innovative and highly reliable sensing device designed to meet the demanding requirements of various industrial applications. It features a sleek cylindrical design, which is not only aesthetically pleasing but also functional. Available in diameters such as M8, M12, M18, and M30, it offers versatility in installation and [...]

In the era of rapid technological development today, sensors play a crucial role in numerous fields. Bedook Proximity Switch with TEACH-in stands out in the field of sensors with its unique self-learning advantage, providing efficient and precise solutions for many application scenarios such as industrial automation and intelligent detection. This article will comprehensively and deeply [...]

The Bedook Teflon proximity switch belongs to the inductive proximity sensor. It innovatively adopts copper-plated Teflon as the shell material and PTFE as the sensing surface material. Compared with traditional inductive proximity sensors, its ability to resist the erosion of various chemical substances such as acids, alkalis and salts has been significantly enhanced. At the [...]