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光學(xué)玻璃透鏡模壓成型技術(shù)是一種高精度光學(xué)元件加工技術(shù)，它是把軟化的玻璃放入高精度的模具中，在加溫加壓和無氧的條件下，一次性直接模壓成型出達(dá)到使用要求的光學(xué)零件。這項(xiàng)技術(shù)自80年代中期開發(fā)成功至今已有十幾年的歷史了，現(xiàn)在已成為國際上最先進(jìn)的光學(xué)零件制造技術(shù)方法之一，在許多國家已進(jìn)入生產(chǎn)實(shí)用階段。

這項(xiàng)技術(shù)的普及推廣應(yīng)用是光學(xué)行業(yè)在光學(xué)玻璃零件加工方面的重大革命。由于此項(xiàng)技術(shù)能夠直接壓制成型精密的非球面光學(xué)零件，從此便開創(chuàng)了光學(xué)儀器可以廣泛采用非球面玻璃光學(xué)零件的時(shí)代。因此，也給光電儀器的光學(xué)系統(tǒng)設(shè)計(jì)帶來了新的變化和發(fā)展，不僅使光學(xué)儀器縮小了體積、減少了重量、節(jié)省了材料、減少了光學(xué)零件鍍膜和工件裝配的工作量、降低了成本，而且還改善了光學(xué)儀器的性能，提高了光學(xué)成像的品質(zhì)。

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.