It is possible to spray ultra-fine particles such as alumina and perform fine cutting processing!
In 3D microfabrication for MEMS, fine cutting can be performed by spraying ultrafine particles such as alumina. Fine patterns are formed on glass substrates or silicon substrates using dedicated dry film resist, and grooves and hole processing are carried out using sandblasting. Measurement and evaluation with a 3D measuring machine are also possible. We can accommodate prototypes starting from a single piece. High aspect ratio patterning has been achieved. Processing of grooves and holes on the micron and nanometer scale is possible, and depth control is also available. We can also handle chemical treatment of blasted surfaces and conductive treatment for through-holes. For more details, please contact us or refer to the catalog.
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basic information
**Features** - 3D microfabrication in MEMS → Enables fine cutting processing by spraying ultra-fine particles such as alumina. - Formation of fine patterns on glass substrates and silicon substrates using dedicated dry film resist. - Groove formation and hole processing using sandblasting. - Measurement and evaluation with a 3D measuring machine are also possible. - Prototype production is available from a single piece. - High aspect ratio patterning is achievable. - Processing of grooves and holes in the micron and nanometer range is possible. - Depth control is also feasible. - Chemical treatment of blasted surfaces is possible. - Conductive processing for through-holes is also supported. **Applications** - Substrates for 3D mounting. - MEMS substrates. - Partition wall formation for PDP. - Glass groove processing and through-hole processing. - Formation of flow paths for analysis. - Surface cutting of substrates for laser light diffusion, etc. For more details, please contact us or refer to the catalog.
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Applications/Examples of results
【Usage】 ○ Outline processing, hole drilling, groove processing, surface grinding, etc. for glass substrates and the like. ● For more details, please contact us or refer to the catalog.
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Company information
In the future, as represented by MEMS, the research and development department will become indispensable in this industry, where higher precision and greater refinement are increasingly required. Our company will assist with prototyping and development using the know-how we have cultivated over many years. We look forward to inquiries from all industries, not just in the fields of electronics and optics.
