SICK

The SICK OD5-30W05 is a compact, high-precision laser distance sensor utilizing phase-shift technology for accurate short to medium-range measurements. Its key feature is an extremely short blind zone of only 30 mm, enabling reliable detection of objects very close to the sensor. It is designed for applications demanding micron-level accuracy in industrial automation and logistics.

7265

SICK

The SICK OD5-30T05S01 is a high-performance, self-contained photoelectric proximity sensor from the OD5 series. It operates on the through-beam principle, which involves a separate transmitter and receiver. This specific model is the receiver unit.

3106

SICK

The SICK PRO2-P100B25A1 is a high-performance photoelectric proximity sensor designed for reliable short-range object detection. Using a pulsed red light technology, it provides consistent and accurate detection in a compact housing. This sensor is particularly suitable for applications requiring precise position verification and presence detection in automated equipment and industrial machinery.

7368

SICK

The SICK PRO100-25L2P is a long-range photoelectric sensor designed for reliable detection at extended distances. Using a laser light source, it provides precise and stable detection performance in various industrial applications. This sensor is particularly suitable for applications requiring long-range detection with high accuracy.<br /> <br />

7755

SICK

The SICK EEM37-0KF0A017A is an industrial-grade absolute encoder designed for precise angular position measurement in demanding applications. It provides high-resolution feedback for accurate motion control and position monitoring in various industrial automation systems.

9440

SICK

The SICK AD-ATM60-KR3C is an advanced area monitoring system designed for safety applications in industrial environments. It provides non-contact safety detection to protect personnel and equipment in automated work cells by creating virtual safety zones. This system offers flexible configuration and reliable performance for various safety applications.

2364

SICK

The SICK MRS1104C-111011 is a high-performance 3D LiDAR sensor designed for advanced environmental detection and mapping. Using multi-layer laser scanning technology, it provides reliable 3D point cloud data for various automation and navigation applications. This sensor offers excellent performance in challenging environmental conditions.

9495

SICK

The SICK IBR-150030-63-WDIH is an industrial barcode reader designed for high-performance automatic identification in demanding industrial environments. It provides reliable reading of various 1D and 2D codes even on challenging surfaces, making it suitable for harsh factory automation applications.

6475

SICK

The SICK ATM60-P1H13x13 is a safety laser scanner designed for area protection and personnel safety in industrial automation applications. It creates invisible protective fields to detect obstacles and personnel, enabling safe operation of automated machinery and mobile equipment.<br /> <br />

9057

SICK

The SICK BTF13-P1HM2025 is a background suppression photoelectric sensor designed for precise detection and positioning tasks. Using advanced optical technology, it provides reliable detection regardless of the target's surface color or reflectivity, making it ideal for demanding industrial automation applications.

7106

SICK

The SICK V2D631R-MXCXB0 is an industrial 2D vision sensor designed for automated inspection and quality control tasks. It combines image capture and processing capabilities in a compact housing, providing complete vision solutions for various industrial applications without requiring separate processing hardware.

2742

SICK

The SICK V2D631D-MXSXB0 is a high-performance, self-contained 2D LiDAR (Light Detection and Ranging) sensor designed for precise area monitoring, presence detection, and object positioning. Unlike the simple photoelectric sensors previously discussed, this device is a sophisticated opto-electronic system that generates a two-dimensional profile of its surroundings by measuring distances across a wide scanning plane.

2029