Precision Filter Mesh
Serving high-end sectors such as semiconductors,and aerospace,Biopharmaceuticals,and aerospace,we provide precision filter mesh solutions with uniform pore distribution and high strength,achieving accurate filtration from sub-micron to hundred-micron levels.
Processing Requirements
Traditional etched mesh has poor pore consistency and unstable filtration precision Mesh materials easily deform and fail under high-temperature,high-pressure conditions Ultra-fine pore processing suffers from low yield and high cost Complex-shaped filter components are difficult to form as a single piece
Technical Solution
Laser drilling technology can achieve pore uniformity of ± 1 micron Specialty alloy materials withstand extreme operating conditions Laser micro-machining produces high-density micro-pore arrays Customized structural design meets diverse filtration scenarios
Processing Results
- Supports a minimum aperture of 3 microns
- Support drilling accuracy of ± 3 microns
- Supports a maximum drilling speed of 100 holes per second
- Complete the sampling in 30 minutes
Details
Precision filter screen
Filter/mesh/microporous processing
2000 mesh screen, metal screen, microporous array processing
industry pain points
• High mesh size of the sieve (over 2000 mesh)
• Strict requirements for aperture uniformity
• Low production efficiency and high labor costs
• Traditional craftsmanship has many burrs and requires secondary processing
JJY Solutions
• Support high-precision screen mesh processing above 2000 mesh
• Aperture consistency ≥ 99%
• Efficiency increased by 300%, automated loading and unloading
• No burrs, no need for secondary processing
Typical Applications
Perforation of metal filter screen Mesh micro hole processing Spray nozzle array holes Microfluidic chip channel
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