Achieving precision processing of prisms with flat grinding, cylindrical grinding, and inner surface grinding!
In the optical industry, particularly with prisms, it is essential to accurately control the light transmittance and refractive index. The shape accuracy and surface roughness of prisms significantly influence optical performance, making precision processing at the micron level indispensable. Grinding technology achieves advanced finishing of shapes and dimensions to meet these demands. 【Application Scenes】 - Optical lenses - Prisms - Other optical components 【Benefits of Implementation】 - Realization of high-precision shapes and surface roughness - Improvement of optical performance - Stabilization of product quality
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【Features】 - Possesses a wide range of grinding processing equipment, including flat grinding, cylindrical grinding, and internal grinding. - Capable of precision surface processing at the micron level. - Achieves ultra-finishing of complex shapes and dimensions. - Calculates dimensional accuracy and surface roughness to implement optimal processing. - Supports cutting, grinding, and electrical processing (EDM). 【Our Strengths】 We have extensive experience in precision parts processing for a wide range of materials, from aluminum to cemented carbide. Even without drawings, we provide products tailored to customer needs through reverse engineering.
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From aluminum to super hard materials, from general parts to ultra-precision molds, from round to square, our industry spans from automotive to electronic components. The breadth of our technology and knowledge in metal processing and parts manufacturing is our unique point. We can also procure overseas, including our subsidiary in Vietnam, depending on material volume and cost. We engage in direct transactions with overseas partners as well. We excel in reverse engineering, turning existing physical items—especially those that are outdated and lack drawings or documentation—into detailed drawings and materials to ensure stable supply for our users' production needs.
