
Optical Sensors - Distance Measuring
Optical Sensors - Distance Measuring: Precision Measurement Solutions
Definition:
Optical Sensors - Distance Measuring are advanced devices designed to detect and measure the distance between the sensor and a target object using light-based technologies such as infrared, laser, or LED. These sensors provide high-precision, non-contact measurement, making them ideal for applications requiring accuracy, speed, and reliability in dynamic environments.
Types of Products in This Category:
1. Laser Distance Sensors Utilize laser beams to measure long ranges with exceptional precision, commonly used in industrial automation and robotics.
2. Infrared (IR) Distance Sensors Employ infrared light to detect proximity and distance, suitable for obstacle avoidance and consumer electronics.
3. Time-of-Flight (ToF) Sensors Calculate distance by measuring the time taken for light to reflect back, offering fast response times for 3D imaging and AR/VR applications.
4. Ultrasonic Optical Hybrid Sensors Combine ultrasonic and optical technologies for enhanced accuracy in challenging environments.
5. Photoelectric Sensors Use light beams to detect object presence and measure short to medium distances in manufacturing and packaging.
Buying Recommendations:
- Application Needs: Identify whether you require short-range detection (e.g., assembly lines) or long-range measurement (e.g., construction).
- Accuracy & Resolution: For high-precision tasks (e.g., robotics), prioritize laser or ToF sensors with sub-millimeter resolution.
- Environmental Factors: Consider ambient light interference, dust, or temperature variations opting for sensors with robust housings or filtering capabilities.
- Output Options: Match the sensor s output (analog, digital, I2C) with your system s compatibility.
- Brand & Support: Choose reputable manufacturers (e.g., Keyence, Omron, SICK) for reliable performance and technical support.
Optical distance sensors enhance efficiency across industries from automation to IoT. Select the right type to optimize your project s accuracy and operational workflow.
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SEN0504
TF02-I LIDAR LASER RANGE SENSOR
PD45VN6C300
PICODOT SERIES: LASER CONVERGENT
101060004
TF03-100 LIDAR INDUSTRIAL-GRADE
GP2Y0E02A
SENSOR OPTICAL 4-50CM ANALOG
DFR0728
HPS-3D160-U AREA ARRAY LIDAR
LE250I
LASER DISPLACEMENT SENSOR; RANGE
PBAT26UTA-VL
PLASTIC FIBER, DIFFUSE REFLECTIV
LT3BDLVQ
LT3 SERIES: LASER RETROREFLECTIV
LE550IC1Q
LASER DISPLACEMENT SENSOR; RANGE
AFBR-S50LV85D
850NM LONGRANGE 1D TOF SENSOR
Q4XTBLAF500-Q8
PHOTO SEN LASER 500MM BIPOLAR
Q4XTKLAF600-Q8
PHOTO SEN 600MM NPN/PNP-IO LINK
SEN0309
TF MINI PLUS(TOF) LASER RANGE SE
B5W-DB11A1-A-1
OPTICAL SENSOR 250MM
SEN0328
TF03 (TOF) LASER RANGE SENSOR(10
B5W-DB1452-1
SENSOR OPTICAL 55CM NPN
1031
SENSOR OPTICAL 20-150CM ANALOG
GP2Y0A41SK0F
SENSOR OPTICAL 4-30CM ANALOG
114992561
RPLIDAR A1M8-R6 360 DEGREE LASER
PBAT26UM3TA-VL
PLASTIC FIBER; DIFFUSE REFLECTIV