光学玻璃透镜模压成型技术是一种高精度光学元件加工技术，它是把软化的玻璃放入高精度的模具中，在加温加压和无氧的条件下，一次性直接模压成型出达到使用要求的光学零件。这项技术自80年代中期开发成功至今已有十几年的历史了，现在已成为国际上最先进的光学零件制造技术方法之一，在许多国家已进入生产实用阶段。
这项技术的普及推广应用是光学行业在光学玻璃零件加工方面的重大革命。由于此项技术能够直接压制成型精密的非球面光学零件，从此便开创了光学仪器可以广泛采用非球面玻璃光学零件的时代。因此，也给光电仪器的光学系统设计带来了新的变化和发展，不仅使光学仪器缩小了体积、减少了重量、节省了材料、减少了光学零件镀膜和工件装配的工作量、降低了成本，而且还改善了光学仪器的性能，提高了光学成像的品质。
JMZ107-1 Streetlight Glass Lens
The optical glass lens molding technology is a high-precision optical component manufacturing process. This technique involves placing softened glass into a high-precision mold, where it is subjected to heating, pressure, and oxygen-free conditions to produce optical components that meet specific usage requirements in a single molding operation.
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Historical Development
• Developed in the mid-1980s, this technology has been in use for several decades and is now recognized as one of the most advanced methods for manufacturing optical components worldwide.
• Many countries have adopted this technology for practical production.
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Significance in the Optical Industry
This technology has been a revolutionary advancement in the processing of optical glass components.
Key Features and Benefits:
1. Precision Non-Spherical Optical Components:
o Enables the direct molding of high-precision aspherical optical components, marking a new era in optical instrumentation.
2. Impact on Optical System Design:
o Facilitates the adoption of non-spherical glass optical components in optical systems.
o Results in smaller, lighter, and more efficient optical instruments.
3. Cost and Efficiency Improvements:
o Reduces material usage.
o Minimizes coating and assembly work.
o Lowers manufacturing costs.
4. Performance Enhancements:
o Improves the performance of optical instruments.
o Enhances optical imaging quality.
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Conclusion
The JMZ107-1 Streetlight Glass Lens represents the application of this revolutionary technology, combining precision, efficiency, and performance to advance optical designs and applications across industries.
