What’s the difference between dry ice deflashing vs. cryogenic deflashing? Both are used to remove mold flash from plastic or rubber parts. Dry ice deflashing uses compressed air to propel…
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Cryogenic deflashing for plastic parts is an automated batch process that removes mold flash, excess material that affects surface quality and can cause problems with sealing and assembly. During cryogenic…
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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 PEEK plastic removes mold flash from parts made of polyetheretherketone (PEEK), an engineering thermoplastic that provides chemical resistance, mechanical strength, and dimensional stability.
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Cryogenic deflashing media is used to remove mold flash from plastic and rubber parts. Depending on the cryogenic deflashing process, cryogenic-grade polycarbonate media or dry ice particles are used.
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Cyrogenic deflashing removes mold flash from plastic and rubber parts for improved appearance and performance. There are three different versions of this surface finishing process. The first, known simply as…
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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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Molding defects reduce the surface quality of rubber and plastic parts. The causes include problems with flow lines, sink marks, vacuum voids, and surface delamination. Molding defects are also caused…
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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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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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