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The company reduces emissions by 6,000 pounds.

Various mechanisms that can be integrated.

All units are equipped with vacuum drying systems for the precise internal and external drying of the parts and chamber interiors.

VCN (Vacuum Cycling Nucleation) can induce significant agitation within enclosures.

Vapor formation occurs predominantly on internal surface areas.

VCN (Vacuum Cycling Nucleation) operates effectively on large aspect ratios.

VCN (Vacuum Cycling Nucleation) vapor expansion gently and methodically evacuates resin residues from sensitive component parts.

Alcohol systems for 3D resin removal are engineered in compliance with NFPA 69 standards.

Rapid 3D resin removal within minutes, significantly reducing processing time.

Aqueous-based systems are employed for the removal of residual powder during the post-processing of additively manufactured components.

Vapor expands by over 50% to facilitate the ejection of powder from internal channels.

NASA study results in technology transfer program.

Study successfully cleans tube IDs as small as 250 microns.

The implementation of Vacuum Cycling Nucleation (VCN) cleaning technology exceeds established thresholds for bioburden, toxicity, and total carbon content.

Tight regions serve as effective vapor nucleation sites.

Fast VCN cycles lead to high throughput.

VCN forms vapor within hard-to-clean threads.

Fast VCN cycles result in large throughputs.

Screens are perfect VCN vapor nucleation sites.

Some parts clean better when cleaning starts from the inside.

Aerospace lubricants are subjected to cleaning processes utilizing aqueous (water-based) solutions.

Removing residual powder from dead-end 3D printed components can be accomplished within minutes.

Systems available in capacities from a few gallons up to several hundred gallons.

Use any solvent safely for extracting internal materials.