Power Press Machines Manufacturer Machines Multi Functionality

Power presses are normally driven by mechanical mechanism or hydraulic system. Power source of these presses may be electric motor or engine. A mechanical power press shears, punches, forms, or assembles metal or other materials by means of tools or dies attached to slides or rams. It is made from steel, which contains a hydraulic cylinder. When cylindrical point of operation revolves, the wires are gripped and formed by bending. It is used in mechanic shops, basement shops and machine shops or garage. It can pressure in range of 1 to 30 tons which is depended on the expense and size. Multiple separate strands of wire are fed into the machine. Power press machine use a multi-piece metal part or tool. In the working of Power press India it includes crimping, folding, embossing, imprinting, stamping, rolling, casting, bending, forming, drawing, extruding, coining, swaging etc. Main parts of a typical power press
Different types of presses have almost common types of main parts. These parts are described below:
Base: It is the main supporting member for work piece holding dies and different controlling mechanisms of press.
Frame: It constitutes main body of the press located at one edge of its base. It houses support for ram, driving mechanism and control mechanisms.
Ram: This is the main operating part of the press which works directly during processing of a work piece.
Pitman: It is the part which connects the ram and crankshaft or ram eccentric.
Driving Mechanism: Different types of driving mechanisms are used in different types of presses like cylinder and piston arrangement in hydraulic press, crank shaft and eccentric mechanisms in mechanical press etc. these mechanisms are used to drive ram by transferring power from motor to ram.
Controlling Mechanisms: Controlling mechanisms are used to operate a press under predetermined controlled conditions. Now-a-days compute controlled presses are being used in which controlling is guided by microprocessor. These presses provide reliable and accurate control with automation.
Flywheel: Flywheel is used for storing the energy reserve wire of energy for maintaining constant speed of ram when punch is pressed against the work piece. Flywheel is placed just before the clutch is sequence of power transmission.
Brakes: Brakes are very urgent in any mobile system. Two types of brakes are used-normal brake and emergency brake. These brakes include power off switch along with normal stronger braking to bring all motions to rest quickly.
Bolster Plate: It is a thick plate attached to the bed or base of the press. It is used to clamp the die assembly rigidly to support the work piece.

Products

MODEL

5 TON

10 TON

20 TON

30 TON

50 TON

75 TON

150 TON

5 TON

BED SIZE

280*355

310*435

355*565

410*615

475*685

560*765

600*910

720*970

BED TO RAM

180

230

270

310

335

385

455

565

BOLSTER THICKNESS

58

58

63

63

70

78

83

90

CRANK SHAFT DIA

65

75

80

90

110

125

150

175

STROKE LENGTH

45

52

63

83

95

110

115

127

GEAR DIA

355

455

535

610

665

765

865

1015

FLY WHEEL DIA

460

535

665

715

815

840

950

1150

HOLE IN RAM FOR CLAMPING DIE

25

25

28

32

39

45

52

58

FLOOR TO TOP OF BED

615

635

648

724

737

749

762

765

NO. OF STROKES IN MINUTE

65

65

60

55

45

40

35

30

MOTOR RPM

1440

1440

1440

1440

1440

1440

1440

1440

NO. OF STROKES IN MINUTE

1

1

2

3

3

5

7.5

10