复合材料（CFRP-T800）卫星底板超低温切削质量数据

依托清洁切削重点研发计划项目，使用大连理工大学研制的配备超低温绝热主轴的超低温铣削机床，对碳纤维复合材料T800卫星底板零件进行液氮超低温铣削加工，对加工完成的零件委托企业质量检验部门进行了尺寸三坐标检测，对外观进行了目视检测，并对检测的数据和质量进行了记录，并经过与零件设计图样进行了对比，证实使用超低温铣削技术加工的卫星底板零件满足产品设计及使用要求。

Supported by the Key R&D Program of Clean Cutting, an ultra-low temperature milling machine equipped with an ultra-low temperature insulated spindle developed by Dalian University of Technology was utilized to conduct liquid nitrogen ultra-low temperature milling on carbon fiber composite T800 satellite base plate parts. The machined parts were inspected for dimensional accuracy via coordinate measuring machine (CMM) by the enterprise's quality inspection department, and visually inspected for their surface appearance. The collected inspection data and quality assessment results were recorded, and compared with the design drawings of the parts. The comparison confirmed that the satellite base plate parts machined via the ultra-low temperature milling technology meet the product design and service requirements.

搜集汇总

背景与挑战

背景概述

该数据集依托清洁切削重点研发计划项目，记录了使用超低温铣削技术加工碳纤维复合材料T800卫星底板的质量数据。通过对加工零件进行尺寸三坐标检测和外观目视检测，并与设计图样对比，证实其满足产品设计及使用要求。