IFM Replacement

With an illustrious 18-year history, DADISICK leads in high-end photoelectric products. Focused on research, innovation, and practical applications, we excel in safety protection. Our safety light curtains and sensors are trusted for their superior performance and reliability. Widely used in automation, manufacturing, automotive, and electronics, our products reduce workplace accidents and ensure safety. We track market trends to introduce new, modern solutions, safeguarding industrial safety. With over 4000 models, DADISICK leverages China's industrial resources to match competitors' specs, offering top-quality, cost-effective safety solutions. Whether light curtains or sensors, we meet high-performance safety needs, ensuring safer, efficient operations.

DADISICK high-precision QL series measuring light curtains are designed for use in high-precision inspection and measurement applications. These include in-line inspection, dimensional measurement, contour inspection, accuracy correction, hole detection, profile inspection, edge and center positioning, tension control, part counting, in-line product dimensional inspection, and similar inspection and measurement tasks. Each system consists of a pair of high-resolution transmitters and receivers, and two cables.

Ultrasonic sensors are devices that use sound waves to measure distance. They can emit high-frequency ultrasound and receive reflected sound waves to determine the position and distance of objects. This type of sensor is widely used in various fields, such as automotive reverse radar, industrial measurement, liquid level control, etc. The core advantage of ultrasonic sensors is that they are not sensitive to light conditions and can operate stably in various environments, including environments with dust, smoke, or mist. Simply put, ultrasonic sensors accurately perform non-contact measurements by sending and receiving sound waves to "hear" the surrounding environment.

DADISICK laser distance displacement sensor is a sensor that uses laser technology for measurement. It mainly consists of a laser, a laser detector and a measurement circuit. It can non-contactly measure the position, displacement and other changes of the measured object, and can be used for dimensional measurement to accurately measure length, distance and roughness profile. Used in many fields, such as position identification of tiny parts, measurement of cylinder barrels, inspection of filling levels on production lines, and inspection of electronic components. wait. Laser displacement sensors also play an important role in industrial automation, robotics and machine vision applications.

The DS100, a new long-distance laser rangefinder from DADISICK, enables high-precision point measurement within a range of up to 200 meters, with a measurement accuracy of ±2 mm. Equipped with an intuitive operation panel and status indicators, the DS100 ensures easy and efficient installation and setup. Unlike conventional phase-based rangefinders, the DS100 supports a measurement frequency of up to 1000 Hz, making it particularly suitable for precise positioning and measurement of high-speed moving objects. This sensor is the ideal choice for automated warehousing, logistics systems, and crane positioning applications. The DS100 can serve as a replacement for IFM Distance sensors type O1D series.