Nitrofreeze® Proof of Concept Case Study- Deburring Polysulfone (PSU) Our Cryogenic Deflashing and Deburring process adds value while reducing costs to customers by eliminating the need for hand trimming. Highlighted below is an actual customer part that has successfully undergone the Nitrofreeze® process. Material : Polysulfone (PSU) Description : Medical injection pen assembly Area for Concern : Exterior lettering […]
Category Archives: cryogenic deflashing
Nitrofreeze® Proof of Concept Case Study- Deflashing Polyurethane
Nitrofreeze® Proof of Concept Case Study- Deflashing Polyurethane Our Cryogenic Deflashing and Deburring process adds value while reducing costs to customers by eliminating the need for hand trimming. Highlighted below is an actual customer part that has successfully undergone the Nitrofreeze® process. Material : Polyurethane Description : Gasket Area for Concern : Parting line flash Results : Parting […]
Nitrofreeze® Proof of Concept Case Study- Deflashing Nylon
Nitrofreeze® Proof of Concept Case Study- Deflashing Nylon Our Cryogenic Deflashing and Deburring process adds value while reducing costs to customers by eliminating the need for hand trimming. Highlighted below is an actual customer part that has successfully undergone the Nitrofreeze® process. Material : Carbon Filled Nylon Description : Electrical Connector Area for Concern : Mold Flash Results […]
Nitrofreeze® Proof of Concept Case Study- Deflashing Silicone
Nitrofreeze® Proof of Concept Case Study- Deflashing Silicone Our Cryogenic Deflashing and Deburring process adds value while reducing costs to customers by eliminating the need for hand trimming. Highlighted below is an actual customer part that has successfully undergone the Nitrofreeze® process. Material : Silicone (Liquid Silicone Rubber) Description : Blue X Area for Concern : Parting […]
Cryogenic Deflashing – How It Works
Cryogenic Deflashing offers a modern approach to remove flash from your parts created during the molding process. The cryogenic deflashing process removes flash from parts via tumbling and blasting of fine, polycarbonate media in a cold atmosphere. By subjecting the parts to cold temperatures, the flash becomes brittle and is easily removed when the media […]