Industry pain point
Particles ≥1.6μm have become the "invisible killer" of the manufacturing industry:
Optical display bright spot/Dark spots ○ˇ Chip short circuit/open circuit ○ˇ Battery burning and explosion
technical principle
n High-frequency standing wave field:80kHz acoustic wave resonance lift-off particles
n Boundary layer disturbance: Design the acoustic flow field based on Stokes 'law to destroy the air boundary layer on the surface of the object, allowing the particles to achieve directional transport under the Bernoulli effect
n Multi-physical field collaboration: acoustics+ flow field + electrostatic ternary couplingDesign and implement fromFull process control from "stripping" to "transportation" and then to "collection"
Breakthrough results
Cleaning accuracy 1.6μm (industry standard 5μm)
Cleaning efficiency is increased by 10 times
Yield increased by 2.3%
Single-line annual benefit increased by 5 million yuan
Industry pain point
Particles ≥1.6μm have become the "invisible killer" of the manufacturing industry:
Optical display bright spot/Dark spots ○ˇ Chip short circuit/open circuit ○ˇ Battery burning and explosion
technical principle
n High-frequency standing wave field:80kHz acoustic wave resonance lift-off particles
n Boundary layer disturbance: Design the acoustic flow field based on Stokes 'law to destroy the air boundary layer on the surface of the object, allowing the particles to achieve directional transport under the Bernoulli effect
n Multi-physical field collaboration: acoustics+ flow field + electrostatic ternary couplingDesign and implement fromFull process control from "stripping" to "transportation" and then to "collection"
Breakthrough results
Cleaning accuracy 1.6μm (industry standard 5μm)
Cleaning efficiency is increased by 10 times
Yield increased by 2.3%
Single-line annual benefit increased by 5 million yuan
