1. Precise design: In the early stage of product development, conduct detailed and accurate design. Fully consider the optical performance requirements, structural stability, and the mating accuracy with other components of the optoelectronic products. Use advanced CAD software to create detailed three-dimensional models to provide clear and accurate guidance for subsequent processing.
2. Of the optoelectronic products, select suitable materials. For example, for parts requiring good light transmittance, optical glass or specific polymers may be chosen; for load-bearing structures, high-strength metal alloys may be selected.
3. Tool and process selection: According to the material characteristics and processing accuracy requirements, select appropriate tools and determine the best cutting parameters and processing techniques. For example, for fine optical surfaces, grinding or polishing processes may be adopted.
4. Stringent quality control: During the processing, frequently conduct dimensional inspections, surface roughness measurements, and optical performance tests. Use high-precision measuring instruments such as interferometers and profilometers to ensure that the products meet strict quality standards.
5. Surface treatment and coating: Based on the functional requirements of the optoelectronic products, conduct appropriate surface treatments such as chemical etching, anodizing, etc., and apply optical coatings to improve the light transmittance or reflectance.
6. Assembly and debugging: After the processing of each component is completed, conduct meticulous assembly and debug and optimize the overall optoelectronic performance to ensure that the product achieves the expected effect in practical applications.
Post time: Mar-06-2025
