Industry critical pain points:The dust is eating away your yield
n Contact cleaning scratches precision surfaces, and defective rates soar37%
n Electrostatic adsorption causes secondary pollution of particles, making traditional purging dirtier and dirtier
n deep hole/There are physical dead spots in the cleaning of uneven surfaces, and the yield loss exceeds 2.5%
Technical principle:We return to the source: the essence of cleanliness is to accurately control the trajectory of every particle
n Coanda effect adhesion control: Use the adhesion characteristics of curved fluids to move the air flow close to the uneven surface
n Achieve complex structured surfaces0 Blind area coverage
n Venturi- Vortex synergy mechanism: Super vortex produces a shear air flow of ≥100m/s, strongly strips sub-micron particles, and the Venturi effect builds a negative pressure trap area to achieve instantaneous dust transport.
n Principle of electrostatic neutrality priority: The built-in ion wind curtain takes the lead in neutralizing surface charges, eliminating Coulomb adsorption force from the root cause, and improving dust removal efficiency5 times
Disruptive data
Cleaning accuracy 0.5μm (exceeding the industry standard of 1μm)
Cleaning efficiency is increased by 300%(compared to traditional air blowing)
Energy consumption is reduced by 40%(compared to vacuum adsorption systems)
Yield increased by 2.8%(measured data from semiconductor customers)
Industry critical pain points:The dust is eating away your yield
n Contact cleaning scratches precision surfaces, and defective rates soar37%
n Electrostatic adsorption causes secondary pollution of particles, making traditional purging dirtier and dirtier
n deep hole/There are physical dead spots in the cleaning of uneven surfaces, and the yield loss exceeds 2.5%
Technical principle:We return to the source: the essence of cleanliness is to accurately control the trajectory of every particle
n Coanda effect adhesion control: Use the adhesion characteristics of curved fluids to move the air flow close to the uneven surface
n Achieve complex structured surfaces0 Blind area coverage
n Venturi- Vortex synergy mechanism: Super vortex produces a shear air flow of ≥100m/s, strongly strips sub-micron particles, and the Venturi effect builds a negative pressure trap area to achieve instantaneous dust transport.
n Principle of electrostatic neutrality priority: The built-in ion wind curtain takes the lead in neutralizing surface charges, eliminating Coulomb adsorption force from the root cause, and improving dust removal efficiency5 times
Disruptive data
Cleaning accuracy 0.5μm (exceeding the industry standard of 1μm)
Cleaning efficiency is increased by 300%(compared to traditional air blowing)
Energy consumption is reduced by 40%(compared to vacuum adsorption systems)
Yield increased by 2.8%(measured data from semiconductor customers)
