Optical Lens
Molding performance specifications for cylindrical aspheric optics, graded by external dimensions (L×2+W×2). The above performance specifications depend on the shape and dimensions of the lens elements. Actual achievable performance must be assessed against the drawings.
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Overview
Molding performance specifications for cylindrical aspheric optics, graded by external dimensions (L×2+W×2). The above performance specifications depend on the shape and dimensions of the lens elements. Actual achievable performance must be assessed against the drawings.
Specifications
| Parameter | Value |
|---|---|
| External Profile Accuracy - (L×2+W×2)≤5 | ±0.01 mm |
| External Profile Accuracy - (L×2+W×2)≤10 | ±0.01 mm |
| External Profile Accuracy - (L×2+W×2)≤20 | ±0.02 mm |
| External Profile Accuracy - (L×2+W×2)≤30 | ±0.02 mm |
| External Profile Accuracy - (L×2+W×2)≤40 | ±0.02 mm |
| External Profile Accuracy - >40 | ±0.02 mm |
| External Profile Accuracy - Inspection Instrument | Thickness Gauge |
| Center Thickness Accuracy - (L×2+W×2)≤5 | ±0.005 mm |
| Center Thickness Accuracy - (L×2+W×2)≤10 | ±0.008 mm |
| Center Thickness Accuracy - (L×2+W×2)≤20 | ±0.01 mm |
| Center Thickness Accuracy - (L×2+W×2)≤30 | ±0.015 mm |
| Center Thickness Accuracy - (L×2+W×2)≤40 | ±0.02 mm |
| Center Thickness Accuracy - >40 | ±0.02 mm |
| Center Thickness Accuracy - Inspection Instrument | Micrometer |
| Aspheric Surface Angle | ≤60″ (All Specifications) |
| Surface Figure Accuracy - (L×2+W×2)≤5 | 1.00 μm |
| Surface Figure Accuracy - (L×2+W×2)≤10 | 1.50 μm |
| Surface Figure Accuracy - (L×2+W×2)≤20 | 2.00 μm |
| Surface Figure Accuracy - (L×2+W×2)≤30 | 3.00 μm |
| Surface Figure Accuracy - (L×2+W×2)≤40 | 4.00 μm |
| Surface Figure Accuracy - >40 | 4.00 μm |
| Surface Figure Accuracy - Inspection Instrument | UA3P/Profilometer |
| Best Surface Figure Accuracy - (L×2+W×2)≤5 | 0.30 μm |
| Best Surface Figure Accuracy - (L×2+W×2)≤10 | 0.50 μm |
| Best Surface Figure Accuracy - (L×2+W×2)≤20 | 0.70 μm |
| Best Surface Figure Accuracy - (L×2+W×2)≤30 | 1.00 μm |
| Best Surface Figure Accuracy - (L×2+W×2)≤40 | 1.50 μm |
| Best Surface Figure Accuracy - >40 | 1.50 μm |
| Best Surface Figure Accuracy - Inspection Instrument | UA3P/Profilometer |
| PV Difference between Positions - (L×2+W×2)≤5 | 0.30 μm |
| PV Difference between Positions - (L×2+W×2)≤10 | 0.30 μm |
| PV Difference between Positions - (L×2+W×2)≤20 | 0.30 μm |
| PV Difference between Positions - (L×2+W×2)≤30 | 0.50 μm |
| PV Difference between Positions - (L×2+W×2)≤40 | 0.50 μm |
| PV Difference between Positions - >40 | 0.50 μm |
| PV Difference between Positions - Inspection Instrument | UA3P/Profilometer |
| Reflection Centration Error - (L×2+W×2)≤5 | 10.0 μm |
| Reflection Centration Error - (L×2+W×2)≤10 | 10.0 μm |
| Reflection Centration Error - (L×2+W×2)≤20 | 20.0 μm |
| Reflection Centration Error - (L×2+W×2)≤30 | 20.0 μm |
| Reflection Centration Error - (L×2+W×2)≤40 | 30.0 μm |
| Reflection Centration Error - >40 | 30.0 μm |
| Reflection Centration Error - Inspection Instrument | Centration Measurement Instrument |
| Chamfer | ≤0.15 (All Specifications) |
| Surface Quality - (L×2+W×2)≤5 | 40-20 |
| Surface Quality - (L×2+W×2)≤10 | 40-20 |
| Surface Quality - (L×2+W×2)≤20 | 60-40 |
| Surface Quality - (L×2+W×2)≤30 | 60-40 |
| Surface Quality - (L×2+W×2)≤40 | 80-50 |
| Surface Quality - >40 | 80-50 |
| Surface Quality - Test Instrument | Visual |
Applications
LiDAR, Laser Scanners, Laser Headlights, Widescreen Anamorphic Cinema Lenses, High-Precision 3D Printers, Spectrometers, Medical Instruments, Communications Technology and Related Industries
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Supplier Information
Zhongshan Sicoptic Technology Co., Ltd. is located in Zhongshan City, Guangdong Province. Since 2015, it has entered the cylindrical lens manufacturing industry and now has a production base of over 80,000 square meters. It is a high-tech enterprise in Guangdong Province and a leading enterprise in the cylindrical lens processing industry.
Integrating R&D, production, processing, and sales, Sicoptic has industry-advanced cylindrical lens processing equipment and a high-precision machining workshop. Its core team comes from leading Japanese optical companies and follows Japan's high-precision cylindrical lens processing technology, providing users with one-stop customized cylindrical lens services.
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