Cryogenic Shotblast Deburring Machine for Rubber and Plastic
Specification
PG-60T
*Size: L1160mm*W1100mm*H1955mm
* Weight：800kg
*Power supply: AC380V 50Hz
*Electrical capacity: 5Kw×3Ph
*Design Temp.: -130Deg.C
*Design Pressure：0.5-0.7Mpa
*Outer wall material: SUS
*Inter cooling material: SUS
*Barrel capacity: 60 L
General Introduction
Moulding is a common method to produce rubber goods today. And if you are a rubber moulder; I bet that, like any other manufacturer, you are constantly exploring technology for gains in productivity. And one area where you quickly stand to gain is in deflashing or trimming.
Your moulded rubber parts must undergo a finishing process to remove excess rubber flash before they are cleared for final inspection and packing. And this process is termed deflashing.
Most moulded rubber goods producers are currently deflashing manually. This means dozens of workers, seated at small workstations, would take each part and trim the excess rubber off with scissors, knives or grinders.
Obviously, this hand deflashing has several drawbacks. The quality of work done by hand is often inconsistent. This apart, as labour wages rise, your hand deflashing becomes expensive and unsustainable.
This is where automation of deflashing process assumes importance and Why We Love Cryogenic Deburring Machine.
If you are manufacturing any of these – O-rings & gaskets, catheters and other in-vitro medical items, Insulators and other electric / electronic items, Valve stems, washers and fittings, Tubes and flexible boots, or Face masks & goggles; you too should love Cryogenic Deflashing as a process to remove flash from your moulded rubber parts.
INTRODUCTION:
Deflashing machine also known as deburring machine. Though this cryogenic deflashing technology is in existence for over 50 years, its ‘practical introduction’ happened about 20 years back. Its popularity is on the rise in last 15 years.
This process uses liquid nitrogen, high-speed rotation and media (shot blast) in varying combinations to remove the flash in a highly precise, economical and practical manner.
The basket style was designed to process small parts and offers 100% parts containment.
