Research on Machining Process of a 14-Facet Laser Radar Reflective Mirror Based on DEFORM-3D
The current manufacturing status of the 14-facet reflective mirror were addressed and a five-axis machining solution was proposed.Utilizing the DEFORM-3D simulation software,the single-factor simulation experiments were designed to select cutting parameters with lower cutting forces and better stability.This approach aims to reduce machining deformation and improve the surface quality of the parts.To minimize manual intervention,a continuous production process was developed covering automatic coordinate system calibration and automatic compensation machining.
reflective mirrorsfinite element simulationcutting parameterscontinuous production process
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