Cryogenic deburring for plastic parts uses tumbling, freezing, and a cryogenic-grade polycarbonate media to remove burrs left by machining operations. This batch process provides a cost-effective alternative to hand trimming…
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The cryogenic deburring process uses very low temperatures and polycarbonate media to remove burrs from machined parts. This proven deburring method is especially effective at removing machined burrs from blind…
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Dry ice blasting for parts finishing is a non-abrasive process that removes flash and burrs from individual molded or machined parts. Learn about its advantages, and when to use it…
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Dry ice deflashing and deburring use dry ice particles accelerated by compressed air to remove flash and burrs from plastic and metal parts.
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The polymer polyetheretherketone, more commonly known as PEEK, is becoming increasingly popular within the medical device industry and, in particular, the implantable arena.
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The medical device industry sets high standards and tight tolerances on all manufactured products. One specification, and maybe the most important, is surface finish.
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Overview Cryogenic deburring and deflashing systems are versatile by design to meet the wide ranging demands of machined and molded parts. As parts vary in physical properties and geometry, a…
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Overview Dry Ice Deflashing & Deburring is a CO2 blast cleaning process used in the removal of residual flash and burr material. This process employs dry ice particles accelerated by…
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Nitrofreeze® cryogenic deburring provides OEM manufacturers and machine shops with a fast, efficient, and reliable way to remove burrs from machined Delrin gears. Cryogenic deburring uses tumbling, freezing, and blasting…
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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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