摘要
对LTCC(低温共烧陶瓷)的热切割工艺过程进行论述,探讨了热切刀体和工作台的结构设计,分析了刀体和工作台的运动方式以及热切刀体的速度控制特点,提出了刀体加减速控制方法,成功实现了对LTCC热切刀体的高精度和高速度控制,实验证明,通过对刀体的运动进行曲线加减速控制,显著提高了切割效率、稳定性和一致性。
Discuss LTCC （Low-temperature co-fired ceramics） Thermal Cutting techniques. Discuss cutting blade and worktable structure design. Analyze cutting blade and worktable＇s movement and speed control peculiarity. Bring forward cutting blade accelerate/decelerate control method, It realized high precision and high speed control for LTCC Thermal Cutting, The experiment prove that adopt accelerate/decelerate control method for cutting blade can improve cutting efficiency and stability and consistency.
出处
《电子工业专用设备》
2008年第7期33-36,共4页
Equipment for Electronic Products Manufacturing
