Professional Grade Transmissive Fiber Optic Sensor Kit High Precision 40mm Detection Width Industrial Optical Sensor for Automotive Manufacturing Electronics Assembly Pharm

Item Type: Transmissive Type Fiber Optic SensorProduct Material: ABS, MetalType: Zone through typeOptical Axes Diameter (detection standard object): Approx. 40 x 3mm / 1.57 x 0.12inOptical Axes Width (area): Approx. 40mm / 1.57inFiber Optic Device Length: Approx. 2m / 6.6ft free cuttingFiber Optic Device Diameter (mm): Dia 2.2 x 2Minimum Bending Radius: R2mmEnvironmental Resistance, Environmental Temperature: -40 ℃ to 50 ℃Package List：2 x Fiber Optic Sensor4 x Screw

• [INDUSTRY-READY PERFORMANCE] Engineered for demanding industrial environments, our high-precision fiber optic sensors deliver reliable detection across automotive production lines, electronics manufacturing, pharmaceutical packaging and more. The 40mm detection width provides optimal coverage for various applications while maintaining pinpoint accuracy.
• [ADVANCED DURABILITY FEATURES] Built with premium ABS and metal components, these sensors withstand extreme conditions from-40℃ to 50℃. The water-design and R2mm minimum bending radius ensure longevity in challenging factory environments where reliability is critical.
• [SUPERIOR DETECTION TECHNOLOGY] Utilizing transmissive beam technology with diffuse reflection, these sensors achieve stable detection of minute objects. The 2.2mm diameter fiber optic cable provides excellent light transmission while the adjustable heads allow precise positioning for optimal performance.
• [UNMATCHED VERSATILITY] for diverse applications including LCD screen production, lithium battery manufacturing, food processing lines and solar panel assembly. The included mounting screws and 2m cables offer flexible installation options for various industrial setups.
• [PROFESSIONAL-GRADE ACCURACY] Designed for industrial technicians and automation engineers, this sensor kit provides consistent, repeatable measurements. The transmissive type design eliminates interference from surrounding equipment, delivering dependable results in complex manufacturing environments.