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.
Integrated with mechanical, electrical, and pneumatic controls, it achieves sensitive and reliable operation with selectable strike energy.
The innovative translational brake system is fixed to the platform, providing strong braking force and ensuring the reliability of instantaneous braking at any point throughout the entire stroke.
The use of an integrated rack combined with a pull rod structure greatly enhances the overall strength and service life of the equipment.
Abandoning traditional shift forks, adopting dual control cylinders to directly drive the spindle, with a shorter transmission chain and more precise control.
Structural Description
This machine consists of a frame, transmission, flywheel, slider, control, brake, top material, air pipeline, centralized lubrication, electrical, platform and other parts.
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.
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 | | |
