Single-Tank Ultrasonic Cleaning Machine
oil removal, rust removal, contaminant removal, wax removal, dust removal; single- or multiple-tank configurations customized to requirements, custom design based on drawings or consultation
Product Details
Product Overview
Ultrasonic cleaning uses the intense shock waves generated when cavitation bubbles collapse. Contaminant layers are dispersed, emulsified and removed from the workpiece surface. The method provides consistent cleaning, reaches deep holes and narrow gaps, avoids damage to the workpiece and reduces solvent, energy, floor-space and labor requirements.
Working Principle
As ultrasonic waves travel through the liquid, the liquid and cleaning tank vibrate at the ultrasonic frequency. This creates the characteristic sound and supports the cavitation effect used for cleaning.
A high-frequency generator drives the transducers, which convert the signal into mechanical vibration in the cleaning solution. Alternating pressure zones create and collapse microscopic bubbles. Their collapse produces powerful local shock waves that disperse oil and solid contaminants from the workpiece surface.
The process medium enters through the inlet and is separated or cleaned as it passes through the equipment. Filtered material exits through the outlet while captured contaminants are removed during maintenance or the automatic cleaning cycle.
Product Features
• The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
• The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
• The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
• The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
The equipment offers stable performance, easy operation, low maintenance requirements and flexible customization for different process conditions.
