基于八轴五联动的快速成型复合加工系统设计

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中图分类号：TH16 文献标志码：A 文章编号：2095-2945（2025）29-0006-04

Abstract：Thispaper studiesan 8-axis5-linkagecompositemachiningrapidprototypingsystem.Aimingattheproblemsof insuffcient3DprintingaccuracyandcomplextraditionalCNCmachining technology，acompositemachiningsystemintegrating additiveandsubtractivemanufacturingisproposedanddesigned.Thesystemachieveshigh-precisionmulti-directionalcontrol through8-axis5-linkagetechnology，andcombinespressurizedparticulatemeltextrusiontechnologytooptimizematerial properties.Theresearchresultsshowthatthesystemeffectivelyimprovesmanufacturingaccuracyandproductioneficiency， reducesmanufacturingcosts，andcanbewidelyused inaerospace，automobilemanufacturingandotherfelds.Theconclusionis thatthissystemprovidesaneficientandprecisemanufacturingsolutionforthemanufacturingindustryandplaysanimportant role in promoting technological innovation and industrial upgrading.

Keywords：aditiveandsubtractivehybridmanufacturing；8-axis5-linkage；processoptimization;structuraldesign;multidirectional control

增减材一体化制造技术作为一种新兴技术，巧妙地将计算机三维设计、数控加工技术与增材制造技术相融合，不仅显著提升了生产效率，降低了整体生产成本，还极大地扩展了可加工原材料的范畴。（剩余4935字）