NEWS

What Is a Laser Rangefinder Module and How Does It Work in 2026?   Laser Rangefinder Module Product Overview A laser rangefinder module is a high-precision distance sensing device based on laser Time-of-Flight (ToF) or phase-shift measurement principles. It is used to measure the distance between the target object and the sensor in real time. The laser rangefinder module is widely applied in industrial automation, robotics navigation, drone ranging, smart...

What Is the Difference Between ToF Sensors and LiDAR in Time of Flight Laser Scanner Systems?   With the rapid development of autonomous driving, robot navigation, industrial automation, and smart measurement systems, time of flight laser scanner (ToF laser scanner) and LiDAR have become the most widely used technologies for high-precision distance measurement and environmental perception. When choosing between these sensors, many engineers and companies often ask: what is the...

What is a high precision laser distance sensor and how do you choose the right laser distance module for industrial applications?   With the rapid development of industrial automation, robot navigation, and the Internet of Things (IoT), high precision laser distance sensor and laser distance module have become some of the most important distance measurement technologies. Compared with traditional ultrasonic ranging solutions, laser-based distance measurement offers higher accuracy, longer measurement...

What is the difference between 905nm, 1535nm, and 532nm laser wavelengths, and which one should you choose for a laser distance module or sensor?   In laser distance measurement, LiDAR systems, and industrial sensing applications, laser wavelength is one of the most critical parameters that determines system performance, safety, and application scenarios. Different wavelengths such as 905nm, 1535nm, and 532nm vary significantly in measurement range, eye safety level, environmental adaptability,...