LiDAR Parts directly determine the point cloud accuracy, system calibration stability, and long-term reliability of the entire LiDAR perception system.

RayGin specializes in precision CNC custom machining and has 20 years of processing experience. We can provide structurally stable component solutions for various LiDAR systems.

All LiDAR Parts provided by RayGin are custom-machined according to drawings and include:

LiDAR housings and structural enclosures
Optical component mounting bases and brackets
Scanning mechanisms and rotating structural components
Laser and receiver module mounting structures
Protective covers, sealing structures, and interface components
Custom non-standard LiDAR structural and functional integrated parts

During the machining of LiDAR Parts, our approach is as follows:

During machining, we focus on calibration references as the core, strictly controlling the parallelism, perpendicularity, and positional relationships of key mounting surfaces to avoid relying on software compensation.
Through structural rigidity control, machining sequence planning, and residual stress management, we minimize structural drift risks caused by environmental changes.
We emphasize controlling the reference relationships of optical mounting bases and scanning structures to ensure no repeated adjustments are needed after assembly.
We precisely machine sealing grooves, interfaces, and protective structures to ensure that protective designs are truly effective after assembly.
Through stable processes and in-process quality control, we ensure the geometric and functional characteristics of each batch of LiDAR Parts remain consistent.