创新产品

Amada Miyachi offers a comprehensive line of standard and custom equipment and systems to address your welding, bonding, sealing, marking and cutting needs. We believe in partnering with our customers from conceptual design to production; innovative process solutions form the foundation of every product we build.

产品


激光微细加工

    激光微细加工涵盖了激光切割、激光钻孔、激光烧蚀、激光划线、激光毛化以及高级激光加工等众多工艺。

    Laser micromachining has some very specific processing requirements, including quality, dimensional accuracy, debris management, and the thermal impact of the process on the part. In general, “advanced laser micromachining” means creating feature sizes of less than 1 millimeter (0.04"mm) and in many cases  much smaller. The micromachining umbrella includes cutting, drilling, scribing, ablation, and texturing processes, each of which requires material removal.  There is a wide range of materials that can be machined including polymers, metals, ceramics, glasses as well as parts with multi layers of different materials.  Advanced laser micromachining processes covers machining blind non-thickness penetrating features such as grooves, pockets, holes with in some cases a control of the cross section of the geometry as well as the basic width and depth dimensions. The non-contact nature of the laser provides an excellent tool that can machine mechanically delicate parts without the application of force.  With spot sizes down to less than 10 microns, highly accurate and small features are possible with extreme control over how much material is removed, down to the micron level. 

    先进激光微细加工采用“脉冲模式”的激光,将光能通过具有特定时长、频率(重复率)和功率水平的离散脉冲传送给材料。

    Amada Miyachi has many lasers in our laser toolbox including microsecond, nanosecond, picosecond and femtosecond lasers with wavelengths from 10604nm to 355nm each with different process capabilities to align to specific application and production needs. Custom laser micromachining systems using these lasers can be paired with many motion configurations of stage and scan heads to enable processing of  a wide variety of components and feature geometries for  industries including medical, aerospace, electronics and automotive.