激光纳米加工工厂nanofactory，集成增材制造和减材制造
设计研发制造客户定制的三维激光加工系统，利用飞秒激光制作三维维纳结构，销售相关控制系统，工具，配件，软件及材料。
design and production of custom 3d laser precision processing systems, fabrication of 3d micro-and nano-structures using femtosecond laser,controlling tools,accessories,software,materials.
应用于光电子photonics: Photonics crystal, Spatial filters, supercollimators, cavities, etc.
微光学micro-optics: Micro-prisms, aspherical lenes, lenes on the tip of an optical fiber,etc .
微流道microfluidics:
微机械micromechanics: Cantilevers, vales, micro needles, micro-pore filters with controllable pore sizes, etc
组织再生tissue regeneration
additive :microfabrication by multi-photon polymerization is a direct laser writing technique based on material solidification at the focal point of tightly focused femtosecond laser beam .
this technique allows 3D fabrication of almost any imaginable shape micro-structures with extremely high resolution .
The growing popularity of additive manufacturing proves the variety of advantages, perspectives and applications.
laser ablation based on ultra-fast interaction between material and fs laser irradiation allows"cold processing" with minimal thermal effects and superb cut quality .
plastic, metal, ceramic, and even biological tissue. Nanocrystals, nanotubes or any other 3D microstructure can be made .
selective laser etching is a two-step process. first, the volume of glass or sapphire is modified by ultra-short radiation, then the material is chemically etched away. in this way mechanically stable and durable structures can be created .
glass and sapphire can be applied in micromechanics, microoptics, medical engineering , etc .
the ability to cut and drill in micro or nanoscale without damaging the surrounding material makes substractive fabrication very useful in different fields and different materials .
苏州福唐智能科技有限公司是一家新型高科技研发企业，致力于激光设备,机器视觉和智能管理系统的研发和制造，拥有一支经验丰富的技术团队，擅长激光、光学、工艺、材料、机械、电气和软件等，服务于微纳精密制造、新能源和生物医疗等领域。
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