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This machine is a versatile pressure processing machine that is
widely used in various industries of pressure processing. In the
mechanical manufacturing industry, friction presses are more widely
used and can be used to complete tasks such as forging, upsetting,
bending, calibration, precision pressing, and stamping.
Due to its high versatility in use, as well as the advantages of
simple structure, installation, operation, and auxiliary equipment,
and low cost, press machines are widely used in forging workshops
and die forging workshops in industries such as mechanical
manufacturing, automobiles, tractors, and aviation.
In addition to ensuring the general characteristics of the double
disc friction press structure, this machine also has the following features:
1) Adopting a combination of mechanical, electrical, and pneumatic
control, the action is sensitive, the operation is reliable, and
the strike energy can be pre selected.
2) Using a translational brake device fixed on the platform to
brake the flywheel, the braking torque is large, sensitive and
reliable, and braking can be achieved at any position throughout
the entire stroke.
3) Adopting a structure of integral frame and pull rod, the frame
has good strength.
4) The control has been changed from a fork operated type to a two
cylinder direct push type, with the control cylinder directly
pushing the spindle to move left and right.
Double Disc Friction Screw Press Main Technical Prarmeters
Nominal force | 6300kN | die height | 470mm |
Sports energy | 80kJ | Thickness of workbench pad | 180mm |
Slide stroke | 600mm | Motor power | 55kw |
Minimum sealing height | 650mm | Top material method | Pneumatic top material |
Stroke times | 11min-1 | Maximum top material force | 100kN |
Bottom size of slider | Workbench dimensions | ||
left and right | 700mm | left and right | 820mm |
front and back | 760mm | front and back | 920mm |
Dimensions (l X w X h t) | 4910X38005X6060 | maximum stroke | 100mm |
Total weight | ≈42000kg |