Introducing the PEGE Small Size Cryogenic Rubber Deflashing/Deburring Machine for Rubber Parts, Model PG-40T—an innovative solution crafted for precision and efficiency.
Product Description
PROCESSING PRINCIPLE
Revolutionizing deflashing with advanced cryogenic technology, this method ensures rubber or plastic components are meticulously placed within a specially designed chamber. By harnessing the power of liquid nitrogen to achieve ultra-low temperatures, these parts undergo a tumbling process while being subjected to a polycarbonate media blast.
The unique characteristics of burrs or flashes, with their minimal surface compared to their mass, allow them to freeze rapidly, turning brittle under the extreme cold. The subsequent tumbling and media impact effectively remove these imperfections, preserving the integrity of the primary component.
Once deflashing concludes, parts gently return to ambient conditions. This cryogenic deburring technique guarantees immaculate cleanliness—no dust, no residue—ensuring flawless 100% burr removal, every time.
Cryogenic deflashing and deburring are the preferred solutions for a variety of applications, including die-cast metal, intricate rubber, precision elastomeric, medical, and micro electronic parts.
SPECIFICATIONS
Country Shipped
Our cutting-edge technology is proudly shipped to the USA and Mexico.
Australia and New Zealand are among the regions embracing our innovation.
Our reach extends across Europe, including Poland, Croatia, Slovenia, Hungary, and Greece.
Our machines enhance manufacturing processes in Russia, Malaysia, Thailand, Vietnam, and India.
Worldwide Installations

MACHINE INNER COMPONENTS PICTURES



PROCESS RESULT COMPARISON
OPERATION PROCESS
APPLICATIONS
A. Perfect for O-rings and complex rubber parts of varying materials and sizes.
B. Ideal for intricate micro electronic product components.
C. Tailored for precision elastomeric parts, ensuring exacting standards.
D. Designed for precision injection molding plastic parts, delivering outstanding accuracy.
E. An excellent choice for R&D part runs, supporting innovation and experimentation.
F. Effective for die-casting products including zinc, aluminum, and magnesium alloys.
ADVANTAGES
Cryogenic deflashing redefines efficiency, triumphing over manual and traditional methods.
Preserving part integrity and maintaining critical tolerances is inherent to the process.
The batch processing capability significantly lowers the cost per unit, enhancing productivity by accommodating numerous parts simultaneously.
Extend mold longevity with cryogenic deflashing. Avoid costly repairs or replacements by deflashing parts, especially those at the end of their lifespan.
Eliminate human error with our computer-controlled process, ensuring consistent precision.
Enjoy uniform outcomes across diverse production batches, maintaining a high-quality standard.
Experience non-abrasive processing, safeguarding delicate surfaces from damage.
Benefit from a cost-efficient solution, with the expense per part considerably lower than alternative methods.
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Packaging & Shipping
