The SICK DBS50E-S5EK00360 is an incremental encoder from the DBS36/50 series designed for precise positioning and speed feedback in industrial automation. It has a solid 8 mm stainless-steel shaft with a face-mount flange, housed in durable aluminum. With a compact 50 mm housing and a 1.5 m cable connection, it provides flexible installation in tight spaces and supports HTL / Push-Pull incremental outputs.

The SICK ATM60-P1H13X13 is a multiturn absolute encoder in the ATM60 series, designed for precise position detection in industrial automation. It provides 13-bit single-turn and 13-bit multi-turn resolution (up to 26-bit overall), and communicates via PROFIBUS DP. With rugged construction, high accuracy, and long service life, it is suitable for demanding industrial environments.

The SICK DBS50E-S5RK01024 is a high-resolution, solid-shaft incremental encoder from the DBS36/50 series, designed for robust and precise industrial motion control. It features an 8-mm diameter stainless-steel shaft with a face-mount flange and provides reliable position feedback via incremental (open-collector) signals. With 1,024 pulses per revolution (PPR), it delivers fine-grained feedback for demanding automation environments.

The SICK GTB10-P4212 is a compact photoelectric proximity sensor from the G10 series, featuring background suppression technology for precise object detection. Housed in a sleek rectangular body, it uses a visible red PinPoint LED for illumination and includes a built-in potentiometer for sensitivity adjustment. A mounting bracket is supplied for easy installation.

The SICK DBS50E-S5AK02500 is a rugged, solid-shaft incremental encoder from the DBS36/50 series, designed for high-resolution position and speed feedback in industrial applications. Built with an 8 mm stainless-steel shaft and face-mount flange, it offers 2,500 pulses per revolution (PPR) and utilizes a TTL/RS-422 interface for precise signaling.

The SICK DBS50E-S5AK01024 is a compact, solid-shaft incremental encoder from the DBS50 series, designed for precise rotary position and speed feedback in automation and drive technology. Equipped with a 5 V TTL/RS-422 interface and a resolution of 1,024 pulses per revolution (PPR), it ensures reliable and high-accuracy signal output for motion control systems. Its robust mechanical design and IP65 protection make it suitable for demanding industrial environments

The DBV50E-22CKA0020 is a measuring-wheel incremental encoder system from SICK’s DBV50 Core series. It is designed for accurate linear measurement of moving materials such as paper, film, textiles, or conveyor goods. The system combines a compact incremental encoder, a 200 mm aluminum measuring wheel with an O-ring surface, and a spring-loaded arm to ensure reliable contact and slip-free operation.

The DBS50E-S5EK01000 is an incremental encoder from SICK’s DBS50 series, designed for precise speed and position feedback in industrial applications. With a resolution of 1,000 pulses per revolution (PPR) and a robust HTL (push-pull) interface, it offers accurate, reliable performance in a compact 50 mm housing.

The TIM310-1030000S02 is a compact 2D LiDAR/time-of-flight sensor from SICK’s , engineered for rapid and precise field evaluation and area monitoring. It offers a 0.05 m to 4 m detection range, with wide-angle 270° scanning and fine 1° angular resolution, making it effective for detecting objects in complex indoor environments.

The GTB10-P4212 is a compact G10 series photoelectric sensor from SICK, designed with background suppression for precise object detection. It features a visible red PinPoint LED for illumination, a light/dark switching mode with PNP output, and quick sensitivity adjustment via a 5-turn potentiometer. The sensor comes with a standard mounting bracket and an M12 4-pin connector for simple and efficient installation.