PRODUCTION DESCRIPTION
PROCESSING PRINCIPLE
With the decrease of the temperature, rubber/plastic parts enters into hardened, brittle, and crystallized process, its flexibility is gradually lost. It is easily broken by external force when it is under brittle temperature. Flash of the molded products is generally much thinner than finished product itself, it become brittle earlier than product in the low temperature. Cryogenic deflashing machine applies this principle, works in the time range when flash is brittle while products still keeps its flexibility, hit the flashes by high speed projected special plastic media, clear out the brittle burr. The flashes can be easily removed and the product not be damaged.
With the decrease of the temperature, rubber/plastic parts enters into hardened, brittle, and crystallized process, its flexibility is gradually lost. It is easily broken by external force when it is under brittle temperature. Flash of the molded products is generally much thinner than finished product itself, it become brittle earlier than product in the low temperature. Cryogenic deflashing machine applies this principle, works in the time range when flash is brittle while products still keeps its flexibility, hit the flashes by high speed projected special plastic media, clear out the brittle burr. The flashes can be easily removed and the product not be damaged.
FUNCTIONS
Our machine is widely used in removing the flashed of small rubber and plastic parts like Orings, gaslets and other molded parts.
With the cryogenic processing technology, the flashes are firstly freezed and then shoted down the high speed projection media(Ploycarbonate blast). The surface quality of molded rubber and plastic rubber parts can be impoved greatly.
Our machine is widely used in removing the flashed of small rubber and plastic parts like Orings, gaslets and other molded parts.
With the cryogenic processing technology, the flashes are firstly freezed and then shoted down the high speed projection media(Ploycarbonate blast). The surface quality of molded rubber and plastic rubber parts can be impoved greatly.
APPLICATIONS
A. O rings, irregular rubber parts with different material and sizes.
B. Micro electronic product parts
C. Precision elastomeric parts
D. Precision injection moulding plastic parts
E. R & D part runs
F. Die casting products, like zinc aluminum, magnesium alloy.
FEATURES
A. Powerful and Efficient.
B. Compact Design to save location space.
C. High quality blasting and seperation system suitable for various parts.
D. Compact Design to save location space.
E. Suitable for relative larger and high production volume parts demand.
A. O rings, irregular rubber parts with different material and sizes.
B. Micro electronic product parts
C. Precision elastomeric parts
D. Precision injection moulding plastic parts
E. R & D part runs
F. Die casting products, like zinc aluminum, magnesium alloy.
FEATURES
A. Powerful and Efficient.
B. Compact Design to save location space.
C. High quality blasting and seperation system suitable for various parts.
D. Compact Design to save location space.
E. Suitable for relative larger and high production volume parts demand.
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