Laser Linear Displacement Sensor
Production introduction
Laser displacement sensor is a high-precision measuring device based on optical principles. It is widely used in industrial automation and precision measurement fields, covering industrial automation, semiconductor manufacturing, automobile manufacturing, medical equipment, packaging and transportation industry, food and beverage industry, logistics and warehousing industry and consumer electronics and robotics industry. Laser displacement sensor has been widely used in many industries due to its high precision, non-contact measurement, high-speed response and other characteristics. Its core technologies include laser triangulation, optical imaging theory, Sham structure, filtering and noise reduction algorithm and machine learning model, etc., which ensure high-precision measurement capability in various complex environments. With the continuous advancement of technology, laser displacement sensor will play a more important role in intelligent manufacturing, precision measurement, robot vision and other fields.
● Micron-level resolution
Micron-level resolution enables stable detection even when the workpiece is small or the spacing is extremely narrow.
● Non-contact measurement
Avoids damage to precision devices caused by physical contact and improves measurement stability.
● High-speed detection
Can reach kHz-level sampling rate, adapt to high-speed assembly lines, and ensure real-time and accurate counting.
● Strong anti-interference ability
Not affected by ambient light, dust, and oil, ensuring stable detection in complex environments.
Basic Performance Parameters
| Indicator name | Index value |
| Measuring range | 35mm~1200mm |
| Repeatability | 20 μm |
| Linearity | 0.10% |
| Laser source | 650nm, 7mW, IIIA |
| Spot size | 100μm~500 μm |
| Response cycle | 1ms |
| Supply voltage | 9V~30V |
| Interface output | Analog voltage/analog current/RS485 |
Dimension (mm) :
Application
