Key Specifications: Dimensions: 87 x 66 x 23 mm; Weight: 0.071 kg; Material: ADC12
Product Introduction: The LiDAR Motor Support Base serves as a core load-bearing component within the LiDAR system. Its primary functions include the precise positioning, stable support, and coaxial alignment of the motor. It bears the operational loads generated by the motor, isolates operational vibrations, and ensures the stable, collaborative performance of the internal optical and motor modules. Consequently, it stands as a critical structural element for maintaining the LiDAR system's high-precision detection capabilities and ensuring its continuous, stable operation.
Product Advantages:
Manufactured as a single, monolithic unit using a high-pressure aluminum alloy die-casting process, this component leverages a thin-wall precision design to achieve an optimal balance between lightweight construction and high structural rigidity. While minimizing its own mass, it offers exceptional load-bearing capacity and superior resistance to deformation. The product features extremely low porosity, adheres to rigorous standards for dimensional accuracy and geometric tolerances, and demonstrates outstanding vibration-damping and anti-shake performance, thereby effectively meeting the demands of high-speed motor operation under complex working conditions. The manufacturing process boasts high efficiency, enabling the integrated fabrication of complex structures while balancing the requirements of large-scale mass production with cost-effectiveness. This makes it perfectly suited to meet the stringent quality standards for precision structural components required by intelligent driving systems and high-end detection equipment.