Mechanical Press Dealers in Pune

Sheet Stamping Mechanical Press Moving Bolster Make: WMW Erfurt Model: PKZV I 800 FS YOM: 1974 Specifications: Ton - 800 Stroke - 500 mm Ram Adjustment - 500 mm Shut Height Between Bolster Plate – 1200mm Bed Size - 4000x2500 mm Ram Size - 3950x2500 mm Moving Table Height - 630 mm Frequency of Continuous Travels of Slider - 14 per/min Main Motor - 90 kW Cushion in Bed - 160 Tons Stroke of Cushion - 200 mm Height Above Floor - 8400 mm Weight of the Press - 220 Ton Condition: Working Location: Russia

Servo Mechanical Presses of slide and cushion speeds and motion sequences make blanking, shallow drawing, trimming, coining, too tryout, transferprogressive die operations, etc. possible on the same press. The large, high-performance AC torque motors drive the eccentric gear arrangement replacing the flywheel, clutch and brake and offering dynamic control over forming operations and energy savings.

Electropneumatics' Servo Mechanical Presses combine the speed and reliability of the eccentric drive mechanical presses and the flexibility of hydraulic presses with innovative electric servo technology to open up new opportunities for automotive, auto component, appliance and general engineering applications.

Servo Mechanical Presses, Hydraulic Honing Machines, CNC Wire Bender

Servo Mechanical Presses, Hydraulic Honing Machine

We are offering servo mechanical presses. Electropneumatics servo mechanical presses combine the speed and reliability of the eccentric drive mechanical presses and the flexibility of hydraulic presses with innovative electric servo technology to open up new opportunities for automotive, auto component, appliance and general engineering applications. Independent programmability of slide and cushion speeds and motion sequences make blanking, shallow drawing, trimming, coining, too tryout, transferprogressive die operations, etc. Possible on the same press. The large, high-performance ac torque motors drive the eccentric gear arrangement replacing the flywheel, clutch and brake and offering dynamic control over forming operations and energy savings. 1. Energy consumption less than conventional presses (even up to 40%). 2. Flexibility to perform different forming processes through slide and cushion speed, stroke and motion sequence programming- blanking, drawing, forming, progressive die operations, tool tryout, etc. 3. Higher productivity than conventional presses (sometimes up to 60%) since motion sequences can be optimally tuned and synchronised with automation devices. 4. Reduced vibration, impact and noise levels leading to superior part quality. 5. Improved die and press life,. Smaller footprint, especially for large bed presses. 6. Suitable for all materials, especially high strength steels. Features press forces up to 2000t available as single, double or triple action presses in ring frame or 4-column tie rod constructions slide motion and power from ac servo motor powered multiple reduction gear train and link mechanism slide adjustment hydraulic overload protection pneumatic slide counter-balance various die cushion options like conventional, active, multi-point, etc., programmable to suit application (hydraulic, pneumatic or electric ac servo)