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Safety light curtain

Safety light curtain

A safety light curtain is a non-contact industrial safeguarding device that creates a protective barrier using multiple infrared beams. When a person or object enters the hazardous zone and blocks the beams, the system instantly outputs a stop or control signal to prevent mechanical injuries. Our safety light curtain series complies with IEC 61496 safety standards and delivers strong anti-interference performance, fast response, and high operational stability. With multiple beam pitches (10–80 mm) and a wide range of protection heights, the product supports finger, hand, arm, and full-body protection across various industrial applications. A variety of output options (NPN, PNP, relay, and controller-based outputs), compact construction, and flexible mounting methods make the system suitable for small precision machines, automated production lines, stamping and forming equipment, and other hazardous industrial environments. It provides a reliable, efficient, and cost-effective safety solution for modern manufacturing.

Measuring light curtain

Measuring light curtain

The measuring light curtain is a high-precision, non-contact industrial sensor that uses dense infrared beams to capture object dimensions, position, and contour information in real time. Available in resolutions from 2.5 mm to 80 mm, it delivers response times as fast as 2 ms and provides strong resistance to ambient light and electromagnetic interference. With support for analog, digital, and RS485 communication outputs, it integrates easily with PLCs, host computers, and automated control systems. It is widely used in logistics sorting, dimension measurement, vehicle profiling, woodworking, textile alignment, and various industrial automation applications.

Safety door switch

Safety door switch

Safety relay

A safety relay is a critical module used in industrial safety control, designed with redundant circuits and self-monitoring functions to ensure reliable interlocking with safety light curtains, emergency stop devices, safety door switches, and two-hand control units. Compliant with standards such as EN60947-5-1 and EN ISO 13849-1, the relay provides up to Class 4 safety performance. With multiple safety outputs, auxiliary contacts, automatic/manual reset modes, and feedback loop monitoring, the safety relay maintains its protective function even in the event of component failure. It is widely used in machinery, automated production lines, industrial robots, stamping equipment, and other applications where hazardous zones require dependable personnel protection.

Ultrasonic sensor

Ultrasonic sensor

An ultrasonic sensor is a non-contact detection device used in industrial automation to accurately measure distance, position, level, and object presence by transmitting and receiving ultrasonic waves. Its performance is unaffected by object color, transparency, surface finish, or ambient light, making it suitable for dusty, humid, or harsh environments. The sensor features a small blind zone, long sensing distance of up to 6 m, built-in temperature compensation, and strong resistance to electromagnetic interference. Multiple output options are available, including NPN/PNP switching, 4–20 mA and 0–10 VDC analog outputs, as well as RS485 communication. Ultrasonic sensors are widely applied in automated production lines, material handling, level monitoring, and industrial equipment detection.

Proximity sensor

Proximity sensor

Proximity switches are a class of non-contact sensors used in industrial automation to reliably detect the presence, position, and motion of objects. Based on different detection principles, they are mainly classified as inductive, capacitive, and Hall effect types, each suited for different materials and application scenarios. Inductive proximity switches are ideal for detecting metal targets, offering fast response and strong interference immunity. Capacitive proximity switches can detect both metallic and non-metallic objects, making them suitable for level and material presence detection. Hall effect proximity switches operate based on magnetic field sensing, providing precise position and motion detection with high reliability. All types feature compact construction, easy installation, long service life, and no mechanical wear. They are widely applied in automated production lines, machine tools, material handling, packaging machinery, industrial robotics, and various industrial equipment.

Photoelectric sensor

Photoelectric sensor

Photoelectric sensors are non-contact detection devices widely used in industrial automation to detect the presence, position, distance, or movement of objects by means of emitted and received light. Depending on the sensing method, they are available in through-beam, retro-reflective, and diffuse reflective types, enabling flexible adaptation to various application requirements. Photoelectric sensors provide fast response, high detection accuracy, and reliable performance regardless of object color, shape, or surface condition. With strong resistance to electromagnetic interference and a wide range of housing sizes and output options, they are easy to integrate into control systems. These sensors are extensively applied in automated production lines, packaging machinery, material handling systems, logistics and warehousing equipment, and industrial machinery where precise and stable object detection is required.

Fiber optic sensor

Fiber optic sensor

Fiber optic sensors and fiber optic amplifiers are designed to operate as a combined system. The fiber optic sensor functions as the sensing head, transmitting and receiving light signals and allowing flexible installation in narrow spaces or harsh environments such as high temperature, vibration, or confined areas. The fiber optic amplifier processes the received optical signals, performing amplification, analysis, and output control to ensure reliable detection results. By separating the sensing element from the signal processing unit, this configuration significantly improves installation flexibility and environmental adaptability. It is especially suitable for detecting small objects, subtle positional changes, and minimal reflectivity differences. With high-speed response, strong immunity to electromagnetic interference, and multiple output options, the system integrates easily with PLCs and industrial controllers. It is widely applied in electronics manufacturing, packaging machinery, pharmaceutical equipment, automotive component production, and precision automated production lines.

Laser sensor

A laser sensor is a non-contact detection device that uses a highly focused laser beam to perform high-precision measurement of distance, position, displacement, and height. With a small spot size and strong directivity, laser sensors enable accurate detection of tiny objects and subtle changes, making them ideal for high-precision automation applications. Laser sensors feature fast response, high repeatability, and strong resistance to interference, ensuring stable performance in high-speed production environments. With various sensing methods and output options, they are easily integrated into control systems and are widely used in electronics manufacturing, semiconductor equipment, precision assembly, dimensional inspection, and automated production lines

LiDAR sensor

Safety LiDAR sensors are designed for hazardous area monitoring and personnel protection. They continuously scan defined safety zones and output safety signals when a person or object enters the protected area, enabling machine stop or speed reduction. These sensors comply with functional safety standards and are suitable for high safety-level applications. Obstacle avoidance LiDAR sensors are used for environmental perception and obstacle detection during equipment operation. By continuously scanning the surroundings, they detect obstacle position and distance, supporting safe navigation and path planning. Safety LiDAR sensors are widely used in industrial robots, automated production lines, hazardous area protection, and personnel safety monitoring. Obstacle avoidance LiDAR sensors are commonly applied in AGVs/AMRs, mobile robots, logistics handling equipment, and intelligent machines.

Color sensor

A color mark sensor is a high-precision photoelectric detection device designed to identify color differences or printed marks. By detecting variations in color or reflectivity, it enables accurate recognition of color marks and printed patterns, ensuring precise positioning in high-speed and high-accuracy automation applications. Color mark sensors feature fast response, high detection accuracy, and strong immunity to ambient light interference, allowing reliable detection of subtle color differences. With easy teaching and adjustment functions, they are widely used in packaging machinery, printing equipment, label and film processing, as well as food and pharmaceutical automated production lines.

Electrical and accessories

Electrical and accessories

Our mounting accessories provide secure, convenient, and reliable installation solutions for sensors, relays, and automation components, ensuring stability and optimal performance in all industrial applications.

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