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Inventing the future

Innovative clean manufacturing technologies, products and intellectual property have been developed over the past 25 years to address the production and assembly needs of manufacturers in a variety of industries. This technology delivers improved performance with decreased cost-of-ownership and unsurpassed clean operation.

Centrifugal CO2 Immersion Cleaning Systems

Enertia systems are top- or front-loading centrifugal cleaning systems for cleaning or extracting metallic, polymeric, ceramic and glass substrates to meet a variety of cleanliness requirements. Cleaning processes include liquid phase, supercritical fluid phase and multi-phase.  Companies such as Gillette PaperMate, Pentel and Delphi Automotive use these systems because of their great operating economy and cleaning performance.

Robotic Composite CO2 Spray Cleaning Systems

Fully automated spray cleaning systems for flexible and high capacity robotic precision cleaning. Companies such as IBM, Hitachi and Western Digital use these systems because of their low cost-per-clean and unmatched cleaning consistency.

Manual Spray Cleaning Systems

Unique non-contact cleaning systems for selectively removing surface residues such as metal oxides, fingerprints, organics, and particles from critical surfaces. Customers such as Vitesse Semiconductor use the system because it eliminates the need for erosive brushes, lapping films or other probe contact cleaning routines.

Advanced Minimum Quantity Cooling Lubrication

Dry and near-dry machining fluid systems utilizes a stream of solid carbon dioxide particles as a coolant base stock to replace flooded coolants. A small amount of virtually any liquid lubricant additive may be introduced into the carbon dioxide coolant stream to form a powerful cooling lubricating composite spray. These systems are useful for a variety of machining operations including dry machining, precision grinding and hard machining. Customers such as Raytheon use the system because it eliminates wasteful coolants and enables better machining.