Cryogenic Deflashing Machine Introduction
Specification of All Modes
PG-60T
Size:1000mm*1000mm*1950mm
Weight:700kg
Power supply: AC380V 50HZ 3Ph
Eletrical capacity: 6kw
Temperature: -130C--50C
Pressure:0.5-0.7Mpa
Barrel capacity: 20L
Wheel speed: 3000rpm-7200rpm
Cooling media: liquid nitrogen
Material: SUS304
PG-80T
Size:1100mm*1200mm*2000mm
Weight:850kg
Power supply: AC380V 50HZ 3Ph
Eletrical capacity: 7kw
Temperature: -130C--50C
Pressure:0.5-0.7Mpa
Barrel capacity: 80L
Effective capacity:30L
Wheel speed: 3000rpm-7000rpm
Cooling media: liquid nitrogen
Material: SUS304
PG-120T
Size:1200mm*1250mm*2200mm
Weight:1000kg
Power supply: AC380V 50HZ 3Ph
Eletrical capacity: 8kw
Temperature: -130C--50C
Pressure:0.5-0.7Mpa
Barrel capacity: 120L
Effective capacity: 40L
Wheel speed: 3000rpm-6000rpm
Cooling media: liquid nitrogen
Material: SUS304
PG-150T
Size:1300mm*1350mm*2250mm
Weight:1500kg
Power supply: AC380V 50HZ 3Ph
Eletrical capacity: 8kw
Temperature: -130C--50C
Pressure:0.5-0.7Mpa
Barrel capacity: 120L
Effective capacity: 50L
Wheel speed: 3000rpm-6000rpm
Cooling media: liquid nitrogen
Material: SUS304
APPLICATIONS of cryogenic deflashing machine
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
FAQs on cryogenic deflashing machine or the technology
- How does cryogenic de-burring process work?
Cryogenic deflashing is a process for removing flash from molded rubber parts. We use liquid nitrogen, high-speed rotation and shot blasted plastic media in varying combinations to remove the flash in a highly precise, economical and expedient manner.
Parts that have thin flash can be quickly and thoroughly cryogenically deflashed. This process is exceptionally good at removing the inner dimensional and complex flash that cannot be removed by any other method.
- What is main composition of a cryogenic deflashing machine?
A typical cryogenic deflashing machine consists of a stainless-steel cabinet insulated with dense polyurethane foam. Located inside the cabinet are the blast motor, the liquid nitrogen nozzle, and the opening for the throw wheel. Under the chamber there is a vibrator for separation. And electrical controls including inverter, PLC, relays to control the blasting motor and gear motor. Besides, a barrel with a gear box to swing or tumbling is also important for nitrogen deflashing.
- What are main benefits of cryogenic deburring?
■High efficiency: The machine can replace about 60-80 worker to removing the flashes.
■High precision: It can remove small and hardened flashes which cannot be removed by handworkers and improve precision of the products.
■Low cost: It also has a feature of lower cost comparing with processing the parts by
