The SICK MPS-032TSNU0 is a non-contact analog position sensor from the MPS-T family, specifically designed for T-slot pneumatic cylinders. It detects piston position continuously and accurately over a 32 mm range—making it ideal for smart position monitoring in industrial automation

The SICK WTB12-3P1131 is a compact photoelectric proximity sensor from the W12-3 series. Featuring background suppression technology, it delivers reliable object detection based on contrast with the background—regardless of the object's color or reflectivity.

The SICK MPS-096TSTP0 is a non-contact analog position sensor designed to be mounted directly into T-slots of pneumatic or hydraulic cylinders. Belonging to the MPS-T series, it enables continuous and precise detection of piston position—ideal for enhancing cylinder functionality in industrial automation systems

The SICK MPS-025CLTP0 of non-contact, C-slot cylinder position sensors designed for precise and robust measurement in industrial automation. It is unique in combining analog output, digital switching output, and IO-Link communication, enabling versatile integration and high-resolution feedback.

The SICK WF15-40B410 is a fork sensor (slot sensor) designed for precise detection of labels, small parts, or edges in industrial automation. With a fixed sensing gap, it ensures highly reliable detection independent of material, color, or surface structure. Its compact, rigid fork-shaped housing allows for easy installation without alignment effort.

The SICK WL45-P260 is a photoelectric sensor from the W45 series, designed for reliable object detection in industrial environments. It operates in reflex (retro-reflective) mode and uses a polarizing filter to ensure precise detection, even in the presence of shiny or reflective backgrounds. The sensor offers stable performance with a compact rectangular housing that allows flexible installation.

The SICK WTB4SL-3P1161 is a photoelectric proximity sensor with background suppression. It features precise object detection regardless of color, surface, or material, with high immunity to ambient light. The compact rectangular housing allows easy integration in confined spaces. This sensor provides a sensing range up to 400 mm, operates on 10–30 V DC, and offers a PNP, light/dark switching output. Its advanced optical technology ensures reliable performance even with challenging targets such as shiny, dark, or transparent objects.

The SICK WS/WE45-D250 is a coded safety interlock switch designed for the guard locking of movable safety guards, doors, and access points on machinery. It fulfills safety functions up to PL e according to ISO 13849-1 and SIL 3 according to IEC 62061. Its primary purpose is to reliably monitor the position of a guard (open/closed) and, crucially, to electromechanically lock the guard in the closed position until it is safe to open, preventing hazardous machine motion from being initiated while the guard is open or allowing access only after a safe state is achieved.

The SICK WFL50-40B416 is a self-contained, U-shaped fork sensor (or fork light grid) that integrates a transmitter and receiver into a single, robust housing. It creates a parallel array of infrared light beams across the gap between its two arms. An object is detected when it interrupts one or more of these beams. This design provides highly reliable detection for small objects and is ideal for precise positioning and counting tasks.

The SICK MPS-096TSTUO is an extremely compact, self-contained photoelectric sensor designed for space-constrained applications where reliable object detection is critical. It utilizes through-beam sensing technology, which involves a separate transmitter and receiver unit. The transmitter projects a beam of light to the receiver; an object is detected when it interrupts this beam. This method offers the longest sensing ranges and highest reliability for the sensor's size.