Application
Application

A wide range of varieties with robust stability to meet diverse industry application requirements.

LiDAR

The galvanometer scanner is a key component in automotive lidar systems. Driven by high-speed motors or piezoelectric actuators, it can precisely control the angle of the reflector, thereby realizing flexible changes in the direction of the laser beam.

By dynamically adjusting the direction of the laser beam, the galvanometer scanner increases the field of view coverage and improves the spatial resolution and measurement accuracy of the lidar. Through precise control of the laser beam's scanning trajectory, the galvanometer further enhances the system's flexibility. Diverse scanning modes endow the lidar system with adaptability to cope with different application scenarios, allowing for real-time adjustments to the detection range and resolution. In addition, the fast response characteristic of the galvanometer determines the scanning rate and data refresh frequency of the lidar. An efficient galvanometer ensures faster real-time environmental perception, providing strong support for the safe driving of autonomous vehicles.

The galvanometer scanner plays a crucial role in automotive lidar. Its high precision, flexibility, and compact design enable the lidar to perform excellently in various driving environments and application scenarios. By precisely controlling the angle and direction of the laser beam, the scanning galvanometer ensures high precision and high resolution of detection results, thereby providing reliable environmental perception information for autonomous vehicles. Its highly flexible scanning range and modes allow the lidar to easily adapt to different driving needs. Furthermore, the scanning galvanometer developed for automotive lidar features a compact design and excellent performance. After optimized design, it can work stably under harsh conditions such as extreme temperatures, vibrations, and humidity, ensuring the long-term stability and durability of the system.

Application Scenarios

Intelligent Driving

Intelligent Driving

Security Monitoring

Security Monitoring

UAVs

UAVs

Robots

Robots

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