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Filtration & Medical
Precision metal filtration and medical-screen engineering, covering micro-hole filters, etched screens, mesh geometry, cleanability, open area, corrosion resistance and burr-sensitive applications.


Microfluidic Metal Spacer Plates: Seal the Channel Before Chasing Width
Why sealing lands, flatness, stack height and port registration usually matter more than a heroic channel-width tolerance in an etched microfluidic layer.
youkucloud
Oct 134 min read
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Nickel Screens and Grids: Choosing Geometry for Harsh Environments
Nickel screens and grids can combine corrosion resistance, heat performance and precise geometry, but the alloy and aperture field must be selected together.
zhang qun
Sep 24 min read
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Titanium Mesh Design for Corrosive and High-Temperature Systems
Titanium mesh is selected for demanding environments, but alloy grade alone does not guarantee performance. Geometry, open area and joining strategy are equally important.
zhang qun
Sep 14 min read
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Medical Device Metal Screens: Designing for Cleanability and Burr Control
Medical screens must control particles or flow without creating new contamination risks. Apertures, edges, material, cleaning and assembly must be reviewed together.
zhang qun
Aug 304 min read
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Microphone Mesh Design: Balancing Acoustic Open Area and Protection
A microphone screen must transmit sound while protecting a sensitive acoustic path. Hole geometry, open area, thickness and support width must work together.
zhang qun
Aug 254 min read
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When a Precision Metal Filter Fails, the Problem Often Starts in the Drawing
A precision filter is not just a sheet with thousands of holes. Hole size, pitch, open area, material thickness and web width have to work together—or the drawing can fail before production starts.
zhang qun
Aug 205 min read
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