Nitrofreeze® cryogenic deburring removes burrs from glass-filled nylon parts without affecting critical tolerances or surface finish. This computer-controlled, machine-based process is faster than hand deburring and provides more consistent results. Unlike manual burr removal, the Nitrofreeze® process also eliminates time-consuming and costly hand labor at a time when good workers are hard to find and […]
Nitrofreeze® cryogenic deflashing is a quick and cost-effective way to remove flash from injection-molded Amodel® PPA parts. This patented process won’t alter critical part dimensions or surface finish and can remove flash, a type of manufacturing defect, from hard-to-reach areas such as cross-holes and blind holes. Plus, unlike manual trimming, Nitrofreeze® cryogenic deflashing eliminates time-consuming […]
Nitrofreeze® cryogenic deburring provides manufacturers and machine shops with a better way to remove burrs from small plastic parts. Burrs, a type of manufacturing defect, are raised areas on the surfaces of parts produced with milling, turning, or machining operations. Although some CNC equipment can remove burrs in-line, deburring is usually performed off-line for small […]
Nitrofreeze® cryogenic deflashing is a quick, consistent, and cost-effective way to remove flash from batches of molded rubber and plastic parts. Flash, a type of manufacturing defect, is excess material that forms on the surfaces of parts produced with injection, compression, or transfer molding. Flash detracts from a part’s appearance, but it can also cause […]
Plastic molding can produce parts with flash, excess material that forms on part surfaces. During injection molding, molten plastic may escape through the mold’s parting line. Improper venting, low clamping pressure, low material viscosity, and uneven flow can also cause flash formation. In addition, injection molding flash sometimes occurs after the gate runners are removed. […]
