Linear Beam Photoelectric Sensors <0.5ms Response Time NPN Output Type Diffuse Reflection

Product Description:

A Long-range Photoelectric Sensor is a type of sensor that uses light to detect the presence or absence of an object. Specifically designed to detect opaque objects, this sensor is equipped with an Infrared LED as its light source. The sensor's high-quality Infrared LED ensures reliable and accurate detection of objects within a sensing distance range of 30-300mm.

What is the CMOS Laser Displacement Photoelectric Sensors?

In modern manufacturing, it's often necessary to measure very small distances — such as how flat a surface is, how thick a part is, or how far apart two components are. These measurements need to be extremely precise, fast, and non-contact — especially when parts are delicate, moving, or hot.

A CMOS Laser Displacement Photoelectric Sensor is a specialized device designed to solve this exact challenge.

It projects a narrow laser beam onto the target surface. The reflected light is captured by a CMOS image sensor, which calculates the exact distance based on where the light hits the sensor. This allows manufacturers to monitor dimensions in real time — down to the micrometer — without ever touching the object.

Applications:

KRONZ Photoelectric Sensors are versatile and reliable devices suitable for a wide range of Product Application Occasions and Scenarios. With its exceptional attributes, including Through-beam Sensing Method, NPN/PNP Output Type, and a Detection Range of 0.1mm to 10mm, these sensors are ideal for various industries and applications.

CMOS Laser Displacement Photoelectric Sensor for Medical and Precision Instruments

• Syringe and Vial Dimension Inspection: Measures heights and shapes of plastic or glass containers for pharmaceutical use.
• Micro-assembly Tolerance Control: Ensures uniform assembly of tiny mechanical parts in diagnostic and surgical devices.
• Plastic Molded Part Surface Inspection: Detects warping or deformities in medical-grade molded components.