a new approach to laser polishing and form correction of optical components
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ID: 159115
2019
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Abstract
The increasing variety of optical components and materials, combined with stricter surface tolerance requirements, necessitate refining existing polishing processes and developing innovative new polishing solutions and metrology technologies. A fast, reproducible laser polishing process would offer considerable economic benefits over conventional mechanical polishing processes and interest a broad variety of optics manufacturers. In this work, a holistic approach is taken to address the various aspects of glass polishing and form correction via a novel laser polishing system design, the use of a measurement strategy that can be integrated inline and simulation results that are correlated with process parameter studies for different materials.
| Reference Key |
harold2019epja
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| Authors | ;Kessler Harold;Botha Roelene;Ziolek Carsten |
| Journal | utilitas mathematica |
| Year | 2019 |
| DOI |
10.1051/epjconf/201921509001
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