经过数十年发展，手板制作已形成以CNC 精密加工、3D 打印快速成型、真空复模为核心的三大工艺体系。本文将从工艺原理、优势短板、材料适配、应用场景四大维度

从工艺到质量再到设备：微米级公差CNC加工全链路实战指南苏州天璇精工科技有限公司专注高精度CNC金属零件加工

In prototyping and small-batch production, 3D printing and CNC machining are the two most commonly used methods. However, as they represent two entirely different manufacturing approaches—one being additive manufacturing and the other a subtractive process—

技术简介：本专利针对塑胶件CNC加工后毛刺难以清除的问题，设计了一种专用铣刀。通过设置过渡连接部实现刀棒与刀刃的避位衔接，并采用圆锥铣刀刃与圆柱铣刀刃组合结构

技术简介：本专利针对CNC加工后零件表面毛刺去除效率低、人工操作精度差的问题，提出一种直接安装在机床刀盘上的毛刺快速去除装置。通过夹持块固定装置

航空航天业蓬勃发展，离不开精密、创新和可靠性——而数控加工正是制造航空航天零件的关键所在。无论是涡轮叶片、起落架部件还是结构支架，数控加工的航空航天零件都必须符合严格的标准

Fujian CNC Five-Axis Machining Centres: Within the landscape of modern manufacturing, five-axis machining technology occupies a significant position due to its unique advantages. As one of the most dynamic regions for manufacturing in China, the development of related industries in Fujian has attracted considerable attention. This article will focus on this technology