The SICK WLL160-F420 is a long-range, self-contained retro-reflective photoelectric sensor from the high-performance WLL160 series. It is engineered for reliable object detection over extended distances in demanding industrial environments. This sensor operates by emitting a light beam towards a dedicated reflector; an object is detected when it interrupts this beam path, preventing the light from returning to the receiver.

The SICK WL2S-F211 is a miniature, self-contained retro-reflective photoelectric sensor from the compact WL2S series. It is specifically engineered for applications where space is extremely limited but reliable detection is essential. This sensor operates by emitting a light beam towards a reflector; the object is detected when it interrupts this beam, preventing the light from returning to the receiver.

The SICK WL100-P3439 is a long-range, self-contained retro-reflective photoelectric sensor from the high-performance WL100 series. It is engineered for reliable object detection over extended distances in demanding industrial environments. This sensor operates by emitting a light beam towards a dedicated reflector; an object is detected when it interrupts this beam path, preventing the light from returning to the receiver.

The SICK WL100L-F2231 is a long-range, self-contained retro-reflective photoelectric sensor from the high-performance WL100 series. It is engineered for reliable object detection over extended distances in demanding industrial environments. This sensor operates by emitting a light beam towards a dedicated reflector; an object is detected when it interrupts this beam path, preventing the light from returning to the receiver.

The SICK IM08-1B5PS-ZT1 is a compact, cylindrical inductive proximity sensor from the robust IM08 series. It is designed for the non-contact detection of metallic objects in a wide array of industrial automation applications. Its M8 threaded stainless steel housing offers an excellent balance of size, sensing performance, and durability, making it a versatile and reliable choice for engineers.

The SICK IM08-2N5PS-ZT1 is a compact, cylindrical inductive proximity sensor from the IM08 series. It is engineered for the non-contact detection of metallic objects in a wide array of industrial automation applications. Its robust M8 threaded design offers a perfect balance of size, sensing range, and durability, making it a highly versatile and popular choice for machine builders.

The SICK IQ10-03BNS-KT1 is an ultra-compact, cylindrical inductive proximity sensor from the IQ10 series. It is designed for the non-contact detection of metallic objects in extremely space-constrained applications. Operating on the principle of electromagnetic damping, it detects the presence of a metal target without any physical contact, making it a highly reliable and wear-free solution for position sensing in automation.

The SICK DT50-2B215252 is a compact, self-contained ultrasonic sensor from the versatile DT50 series. It utilizes sound waves for detection, making it an ideal solution for applications where photoelectric sensors struggle due to target color, transparency, dust, fog, or other environmental challenges. It measures the time taken for an ultrasonic pulse to reflect off an object, providing reliable distance measurement or simple presence detection.

The SICK WL4-3F3130 is an ultra-compact, self-contained retro-reflective photoelectric sensor from the miniature WL4 series. It is specifically engineered for applications where space is extremely limited but reliable detection is essential. This sensor operates by emitting a light beam towards a reflector; the object is detected when it interrupts this beam, preventing the light from returning to the receiver.

The SICK WS/WE150-P132 is a long-range, background suppression (BGS) photoelectric sensor from the high-performance WS/WE150 series. It is engineered for precise and reliable detection of objects at significant distances, while its advanced background suppression technology allows it to ignore any objects or surfaces beyond a set point, regardless of their reflectivity.