Strategies to meet sustainability in the ophthalmic industry Precision, process efficiency and recycling of process materials

Perez Xavier; Gertmann Dirk; Kuhr Niels

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Strategies to meet sustainability in the ophthalmic industry Precision, process efficiency and recycling of process materials

机译：满足眼科行业精度，工艺效率和过程材料回收的策略

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Plastics are the standard material for all type of lenses and glasses in ophthalmic industry. During the making of Rx lenses up to 90 % of the thermoset material is wasted and cannot be material recycled. To improve the total energy balance, different measures can be taken. Reduction of total process time, increased scratch resistance efficiency improvement of vacuum coating systems and use of process data generated, as well as recycling of the evaporation material residues. All this will help to reduce the energy needed, and with it the carbon footprint, waste, and costs.

机译：塑料是眼科工业中所有类型镜片和眼镜的标准材料。在制作Rx透镜的过程中，多达90%的热固性材料被浪费，无法回收。为了改善总能量平衡，可以采取不同的措施。减少总工艺时间，提高耐刮擦效率，改进真空涂层系统，使用产生的工艺数据，以及回收蒸发材料残留物。所有这些都将有助于减少所需的能源，同时减少碳足迹、废物和成本。

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《Vakuum in Forschung und Praxis》 |2021年第2期|共4页
作者
Perez Xavier; Gertmann Dirk; Kuhr Niels;
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作者单位

Ophthalm Field R&

D &

Prod Alzenau Germany;

Ctr Competence Consumables Customer Alzenau Germany;

Buhler Leybold Opt Alzenau Germany;

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原文格式 PDF
正文语种 eng
中图分类真空技术的应用;真空电子学（电子物理学）;
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11. New process modeling, design and control strategies for energy efficiency, high product quality and improved productivity in the process industries [R] . 1991

机译：新的过程建模，设计和控制策略，用于提高能源效率，提高产品质量，提高过程工业的生产率

Strategies to meet sustainability in the ophthalmic industry Precision, process efficiency and recycling of process materials

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