Precision Finishing for Pharmaceutical Components Nitrofreeze provides precision cryogenic deflashing and deburring services for the pharmaceutical industry, helping manufacturers remove unwanted flash and burrs from molded plastic and rubber components,…
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Rubber deflashing is the process of removing excess rubber known as flash from the surfaces and edges of molded parts. During rubber injection molding, flash is caused by parting line…
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Medical injection molding supports the use of a wide variety of plastic and rubber materials. Examples include PEEK, polycarbonate, and LSR – just to name a few. During the injection…
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The Cryogenic Deflashing Process Cryogenic Deflashing is a process designed to remove molding flash created during the molding process. Molding flash can be found on molded parts along the parting…
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Rubber deflashing is the process of removing excess material called flash, or flashing, from the surfaces of molded rubber parts. The causes of flash are numerous and include parting line…
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Cryogenic deflashing removes flash, a type of surface defect, from molded rubber and molded plastic parts. This computer-controlled batch process provides faster cycle times, reduced labor costs, and greater part-to-part…
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Cryogenic deflashing for molded parts removes mold flash from hard-to-reach areas such as cross-holes, blind holes, and other difficult geometries. During the plastic or rubber molding process, flash or flashing…
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Nitrofreeze® 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…
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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…
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Nitrofreeze provides its proprietary cryogenic deflashing service to customers across the United States. Our new facility located in Worcester, Massachusetts has boosted capacity so that we are capable of deflashing…
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