BEDOOK WS-IR Infrared Photoelectric Web Guiding Sensor

The WS-IR Infrared Photoelectric Web Guiding Sensor from BEDOOK combines cutting-edge infrared technology with industrial robustness to deliver precise web deviation rectification. Engineered for high-speed production environments, this sensor excels in detecting transparent edges, glossy surfaces, and color contrast—challenges that traditional sensors often struggle with.

As part of BEDOOK’s trusted web guiding portfolio, the WS-IR ensures seamless integration into packaging, printing, and textile lines, minimizing downtime and enhancing product quality through reliable edge or centerline tracking.

Product Features (BEDOOK WS-IR Infrared Photoelectric Web Guiding Sensor)

Designed for versatility, the WS-IR Infrared Photoelectric Web Guiding Sensor stands out as a reliable solution for web deviation rectification in diverse industries. Its infrared photoelectric principle offers rapid response to material edges, while the optional air blowing nozzle clears debris from the detection area, ensuring consistent performance even in dusty environments.

BEDOOK’s commitment to innovation is evident in the sensor’s modular design, featuring multiple interfaces and a user-friendly calibration system, making it an ideal choice for manufacturers seeking efficiency and precision.

• High-Speed Edge Detection: With 0.02mm detection accuracy and a 4mm detection range, the WS-IR provides rapid and reliable web edge tracking, outperforming basic photoelectric sensors in speed and precision. For example, in high-speed packaging lines where materials move at 100+ meters per minute, the WS-IR’s fast response ensures minimal deviation, reducing scrap rates compared to slower competitors.
• Transparent Material Compatibility: Unlike ultrasonic sensors, the WS-IR excels at detecting transparent films, glass, and clear plastics by leveraging infrared light reflection. This makes it ideal for applications where ultrasonic technology falls short, such as in the production of beverage bottle labels or optical films—areas where competitors’ non-optical sensors may fail.
• Dual Output & Modular Interfaces: The sensor’s CAN-Bus and analogue outputs (0-5V/10V/20mA) cater to both modern automation systems and legacy equipment. RJ45, flight plug, and cable interfaces allow flexible installation, whether in compact machinery or large-scale production lines. This adaptability eliminates the need for custom adapters, a common headache with single-interface sensors.
• Debris Resistance with Air Nozzle Option: The optional air blowing nozzle keeps the detection area clean, a critical feature in industries like paper recycling or textile processing, where lint, dust, or fibers can obscure sensor readings. Competitors’ sensors without this feature may require frequent manual cleaning, increasing downtime, while the WS-IR maintains uninterrupted operation.
• Robust Environmental Design: The IP67-rated sensing head and IP50 controller protect against dust, water splashes, and mechanical vibrations, ensuring reliability in harsh environments like printing presses or outdoor manufacturing setups. Its wide temperature range (-10°C to +60°C) further extends its usability in climates or processes with extreme temperature fluctuations.
• User-Centric Calibration: The built-in calibration key and LED indicators simplify setup, allowing operators to adjust sensitivity or zero the sensor in seconds. This contrasts with complex competitors that require software or specialized tools, reducing training time and errors in fast-paced production environments.

Product Parameters

Product Applications

• Packaging: Guides transparent shrink films or label stocks in bottling lines, ensuring precise alignment for labeling and sealing.
• Printing: Tracks edges of glossy paper or synthetic substrates in offset printing, preventing misregistration and ink smudges.
• Textiles: Detects edges of sheer fabrics or elastic materials in garment manufacturing, enabling accurate cutting and sewing.
• Plastics: Aligns clear plastic sheets during extrusion or thermoforming, ensuring uniform product dimensions.
• Electronics: Positions thin films or PCBs in semiconductor packaging, where micron-level precision is non-negotiable.

Product Summary

The WS-IR Infrared Photoelectric Web Guiding Sensor offers 0.02mm accuracy for rapid edge detection on transparent/reflective materials. With CAN-Bus/analogue outputs and an optional air nozzle, it ensures reliable web deviation rectification in packaging, printing, and electronics, minimizing waste and boosting throughput.

Built with IP67 sensing head and modular interfaces (RJ45/flight plug), this sensor withstands harsh conditions while simplifying setup via LED indicators. A robust, versatile solution for industries requiring precision edge tracking on transparent or glossy webs.