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Ultrasonic Processing of Hard Materials for Conformal Optics

机译:超声加工用于共形光学的硬质材料

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Hard ceramic optical materials such as sapphire, ALON, Spinel, or PCA can present a significant challenge in manufacturing precision optical components due to their tough mechanical properties. These are also the same mechanical properties that make them desirable materials when used in harsh environments. Tool wear and tool loading conditions during the grinding process for these materials can be especially problematic. Because of this, frequent dressing and reshaping of grinding wheels is often required. OptiPro systems is developing an ultrasonic grinding process called OptiSonic to minimize the forces during grinding and make the grinding process more efficient. The ultrasonic vibration of the grinding wheel allows for a grinding process that has the capacity for longer tool life and reduced tool wear for a more deterministic process. This presentation will discuss the OptiSonic process and present current results.
机译:蓝宝石,ALON,尖晶石或PCA等硬质陶瓷光学材料因其坚韧的机械性能而在制造精密光学组件方面面临着重大挑战。这些也是相同的机械性能,使其在恶劣环境下使用时成为理想的材料。这些材料在磨削过程中的工具磨损和工具装载条件可能特别成问题。因此,经常需要对砂轮进行频繁的修整和整形。 OptiPro系统正在开发一种称为OptiSonic的超声研磨工艺,以最大程度地减少研磨过程中的作用力,并使研磨过程更高效。砂轮的超声波振动使得磨削过程具有更长的刀具寿命和减少刀具磨损的能力,从而实现了更确定的过程。本演讲将讨论OptiSonic工艺并介绍当前结果。

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