Ultrasonic cavitation creates 2–5 micron bubbles that penetrate deep into anilox cells and remove stubborn ink deposits from the bottom of each cell.

Combines ultrasonic physical cleaning with chemical cleaning solutions for more effective contaminant removal than conventional cleaning methods.

Adjustable ultrasonic frequency and power help minimize wear and protect ceramic anilox rollers during cleaning.

Restores cell volume and ensures consistent ink transfer, reducing print defects and improving color consistency.

Built with high-quality stainless steel and reliable components for long-term operation in demanding production environments.

Easy-to-use control system reduces labor requirements and shortens maintenance time.

Reduces chemical consumption, wastewater generation, and environmental impact compared with traditional cleaning methods.

Extends roller lifespan, reduces replacement frequency, and minimizes production downtime.