To clean glass tubes after cutting operations and prior to forming processes with a machine that will offer a precision clean and dry. Must process three baskets every minute and 180 baskets per hour.
Inline Ultrasonic Cleaning Glass Tubes
How We Solve It
This process uses a stainless steel verticle agitation system with automated handling for loading and unloading with a mass transfer system, micron solution filtration and an energy efficient HEPA air filtration drying system. Parts pass through a turbulent jet wash, an ultrasonic wash, two ultrasonic counter flow rinses, an ultrasonic slow pull rinse and a recirculating air drying cycle.
This machine processes a higher volume of parts than ‘mass transfer’ and ‘automated hoist’ systems and can process coat with the slow pull tank cycle.
Cellular Ultrasonic Washer for Orthopedic Implants
To remove buffing compound from porous surfaces on hip, knee and ankle implants. Must also clean petroleum based machining oils and fine chips from implant screws produced after precision screw machine operations while meeting strict FDA precision cleaning requirements for implants.
How We Solve It
This process uses a CE certified Lean Clean 360-1 ultrasonic model with alternating frequencies and micron filtration.
Parts pass through a wash with submerged high-pressure spray, an ultrasonic wash, a rinse with submerged high-pressure spray, an ultrasonic rinse, a fresh DI rinse and an energy efficient drying cycle.
This lean 3’ by 5’ designed machine eliminates the need for multiple ultrasonic agitating tanks while producing cleaner parts, saving space and reducing labor.