Pege Cryogenic Rubber Deflashing Machine: Save Labor Cost on Rubber Parts

• After-sales Service: on-Site or on-Line
• Warranty: 1 Year
• Certification: CE
• Model NO.: PG-40T
• Condition: New
• Customized: Customized
• Automatic Grade: Semiautomatic
• Structure: Vertical
• Purpose: Remove Excess Flash of Nr NBR EPDM Acm Rubber
• Application: Orings Dumper, Grommets, Gaskets, Plastic Parts
• Feature: High Efficiency, Precision and Save Labor Cost
• Design Pressure: 0.5-07MPa
• Transport Package: Wood Carton for Long Distance Sea Transportation
• Specification: 5KW
• Trademark: Frozen Shot
• Origin: China
• HS Code: 8477800000
• Production Capacity: 50 Sets Per Year

Product Description

Presenting the PEGE Small Size Cryogenic Rubber Deflashing/Deburring Machine for Rubber Parts PG-40T

Product Description

Innovative Processing Principle

Our state-of-the-art Cryogenic deflashing technology utilizes a sophisticated system where rubber or plastic components are placed within a specialized chamber. Here, they are subjected to ultra-low temperatures facilitated by liquid nitrogen. Subsequently, these parts are gently tumbled within a barrel and meticulously blasted using polycarbonate media.
Due to the significantly thinner surface area of burrs and flashes in comparison to their mass, these imperfections 'FREEZE' rapidly, turning fragile. This, combined with the methodical tumbling action and targeted media impact, ensures burrs are efficiently removed without compromising the integrity of the part itself.
Upon completion, components are gradually returned to ambient room temperature. The result of our Cryogenic deburring process is a pristine part, free of dust and residues, with a guaranteed 100% burr removal.
Cryogenic deburring and deflashing processes are perfectly suited for die-cast metal parts, complex rubber components, precision elastomeric items, critical medical parts, and intricate micro-electronic components.

Comprehensive Specifications

Country Shipped

United States of America, Mexico
Australia, New Zealand
Poland, Croatia, Slovenia, Hungary, Greece
Russia, Malaysia, Thailand, Vietnam, India

Worldwide Installations

Visuals of Machine Inner Components



Comparative Process Results






Step-by-Step Operation Process


Versatile Applications
A. O-rings, unique rubber parts of varied materials and dimensions.
B. Components of micro-electronic products.
C. Precision elastomeric components.
D. Precision injection molding plastic items.
E. R & D part trial runs.
F. Die-casting products, including zinc aluminum and magnesium alloy items.


Noteworthy Advantages
Cryogenic deflashing offers a multitude of benefits surpassing manual and conventional deflashing techniques.
The process preserves the integrity of parts, maintaining critical tolerances intact.
Due to its batch process nature, the cost per piece is significantly reduced, allowing a higher quantity of parts to be processed efficiently within the same timeframe.
Cryogenic deflashing significantly enhances mold longevity. Instead of incurring costs and downtime associated with mold replacement or repairs, parts can be promptly deflashed. This is particularly beneficial for parts molded towards the conclusion of their product lifecycle.
With computer-controlled operations, the process eliminates human operator variability, ensuring precision.
The method offers unwavering consistency in results from one batch to the next.
Cryogenic deflashing is uniquely non-abrasive, preserving the quality of parts.
The cost per part is substantially lower compared to alternative techniques.

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