Multiple Chamber Cleaning Systems

Multi-Chamber Systems increase capacity and allow for a continuous flow of material through the cleaning process. A 20-minute cleaning cycle uses a dual system approach, removing parts every 10 minutes.

Dual systems have 2 processing chambers using 1 vacuum pump, 1 solvent cleaner supply tank, 1 distillation vessel, and 1 clean holding tank. It’s like getting 2 systems for slightly more than the cost of a single system.

A dual system increases throughput roughly 90%. Adding a third chamber increases the dual-unit throughput by roughly 80%. Adding automation simulates an inline degreaser.

Multiple treatments can be added by adding support tanks. Aqueous systems generally have a DI rinse holding tank and a cleaner tank. A third tank can be added for passivation or application of a corrosion inhibitor. In medical units, hydrogen peroxide or peracetic acid is used for sterilization.

Because our systems dry completely, there is no cross-contamination of the chemistries. For instance, a solvent could be used to clean, and an aqueous corrosion inhibitor could then be applied without mixing the chemistries. Adding support tanks is like getting an extra process for a fraction of the price.