AQUEOUS PARTS CLEANING

Our aqueous processing system operates within a sealed vacuum chamber, allowing precise control over process parameters. This setup supports various application techniques including vapor phase conduction nitrogen (VCN), agitation, spray, ultrasonics, and other process enhancements. The equipment is custom-engineered to meet specific customer requirements related to performance metrics, spatial footprint, throughput capacity, and total cost of ownership. Additionally, vacuum-assisted processing ensures efficient, low-cost drying performance.

Ultrasonic Cleaning

Our ultrasonic cleaning systems employ a rod transducer to optimize acoustic energy transfer. Bonded transducers experience energy losses when transmitting through a solid wall and predominantly radiate in a single direction, often resulting in dead zones within the tank. In contrast, rod transducers provide 100% energy efficiency with omnidirectional radiation over 360 degrees, ensuring comprehensive tank coverage. Transducers typically debond from the cleaning chamber after several years of operation, and their replacement can entail significant costs and operational downtime. Rod transducers are easily replicable, requiring no modifications to the tank structure.

Cleaning Internal Surfaces of Your Part

Ultrasonic cleaning systems often face limitations in effectively reaching components located at the core of the tank. In such scenarios, the VCN process is recommended. As demonstrated in the video, vapor generation occurs throughout the component basket. This vapor circulates the exhausted solution out toward the bulk fluid, simultaneously introducing fresh fluid to the central components, while ensuring uniform agitation conducive to optimal cleaning performance.