Laser sensors are high-precision sensors that utilize laser technology for measurement. They offer advantages such as non-contact, long-distance measurement, high speed, high accuracy, large measurement range, and strong resistance to optical/electrical interference. When a laser sensor operates, a laser emitting diode first emits a laser pulse at the target. After reflection from the target, the laser light scatters in various directions. Some of the scattered light returns to the sensor receiver, is received by the optical system, and imaged onto an avalanche photodiode. An avalanche photodiode is an optical sensor with internal amplification, enabling it to detect extremely weak light signals and convert them into corresponding electrical signals. Laser sensors are widely used in industrial automation, robotics, 3D scanning, medical, aerospace, and automotive industries.
Square Through-beam Laser Sensor
Features:
Best suited for general-purpose laser sensing in devices or automated equipment
Standard polarized specular reflection type
This product adopts a new single-chip microcomputer design concept, greatly reducing infrared light attenuation
The wire length can be arbitrarily extended
All products are designed to be waterproof, oil-proof, and dustproof
This product uses ultrasonic welding technology for better sealing and to prevent appearance defects.
Background suppression laser sensor
Based on BGS conversion, it can handle various object/background combinations.
It also counteracts variable frequency fluorescent lamps thanks to its unique external interference avoidance algorithm.
It has a small operating distance, enabling the detection of minute step differences.
It features a built-in multi-turn potentiometer for fine sensitivity adjustment.
It has IP65 protection to prevent mutual interference and meets EN standards.
It is available in strip and dot spot designs.
The strip spot design is suitable for detecting the presence or absence of objects on conveyor belts and PCB boards.
Background suppression long-range laser sensor
Based on BGS conversion, it can handle various object/background combinations.
It also counteracts variable frequency fluorescent lamps thanks to its unique external interference avoidance algorithm.
It has a small operating distance, enabling the detection of minute step differences.
It features a built-in multi-turn potentiometer for fine sensitivity adjustment.
It has IP65 protection to prevent mutual interference and complies with EN standards.
Cylindrical standard laser sensor
Small photoelectric sensor, long beam distance
Built-in power reverse polarity protection circuit, overcurrent protection circuit, and output overvoltage protection
Multiple sizes available: W3, M4, M5, M6, M12, M18
Square TOF Laser Sensor
Superior Detection Performance
Compact Size, Ultra-Long Detection Distance (up to 3 meters)
This product adopts a new single-chip microcomputer design concept, greatly reducing laser attenuation
One-button distance setting reduces manual adjustment time
Indistinguishable between black and white, with a repeatability of 10mm
Long-range TOF laser sensor
Superior detection performance
Compact size, ultra-long detection distance, up to 20 meters
Adopts a new single-chip microcomputer design concept, greatly reducing laser attenuation
One-button distance setting, reducing manual adjustment time
Indistinguishable between black and white, repeatability ±3mm
Long-range TOF laser LTOF series
Superior detection performance
Compact size, ultra-long detection distance, up to 10 meters
Adopts a new single-chip microcomputer design concept, greatly reducing laser attenuation
One-button distance setting, reducing manual adjustment time
Indistinguishable between black and white, with a repeatability of 10mm
One-button setup laser sensor
Based on BGS conversion, it can handle various object/background combinations.
It also withstands the effects of variable frequency fluorescent lamps thanks to its unique external interference avoidance algorithm.
It has a short operating distance, enabling the detection of minute differences.
One-button distance setting reduces manual adjustment time.
IP65 protection construction prevents mutual interference and complies with EN standards.
