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Light Induced Reaction Injection Molding

机译:光诱导反应注射成型

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摘要

In case of the fabrication of polymeric components for applications in microsystem technology various molding techniques are well established. The process economy is mainly determined by the thermal cycling of the molding tool and the resulting cycle time. A new reaction injection moleing approach on the basis of phtopolymerizable low viscous reactive resins allows after injection and complete mold insert filling the subsequent photocuring and demolding under ambient conditions. Actually polymeric and composite microstructures with structural details better than 50 #mu#mm and an aspect ratio <=10 can be manufactured on a laboratory scale.
机译:在制造用于微系统技术中的聚合物组件的情况下,已经很好地建立了各种模塑技术。加工经济性主要取决于成型工具的热循环和所产生的循环时间。一种基于可光聚合的低粘度反应性树脂的新型反应注射熔融方法,可在注射后并完全填充模具嵌件后在环境条件下进行光固化和脱模。实际上,可以在实验室规模上制造具有优于50#mu#mm的结构细节且纵横比<= 10的聚合物和复合材料微结构。

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