Detailed introduction of 100t open type tilting mechanical punch press stamping machine JC23-100T

Detailed introduction of 100t open type tilting mechanical punch press stamping machine JC23-100T

The 100t open tilting JC23-100T adopts an integrated special cast iron alloy with high rigidity and shock resistance. The slider is designed as a long guide and equipped with a slider balance device to ensure accurate and stable operation. The body of the 100t open type tilting punch can be tilted within a certain range to facilitate the sliding of finished products or waste materials from the punch. This series of press can be widely used in punching, blanking, cutting, bending, forming, shallow drawing and other processes.

100t open type tilting punch JC23-100T is suitable for blanking, punching, bending, shallow stretching, shearing, forming and other cold stamping processes. It is widely used in motor, electrical appliances, bearings, instruments, toys, clocks, agricultural machinery, bicycles, sewing machines, daily hardware, automobiles, motorcycles, tractors and other manufacturing industries

100t open type tilting punch JC23-100T Technical parameters:

Nominal force: 1000kN

Nominal force stroke: 10mm

Slide stroke: 130mm

Slider stroke times: 45min-1

Large mold height: 360mm

Adjustment amount of mold installation height: 100mm

Distance from slider center to body: 260mm

Thickness of base plate: 95mm

Column spacing: 420mm

Table dimensions (front and rear × Left and right): 500 * 900mm

Table hole size (hole diameter): 250mm

Bottom dimension of slider (front and rear × Left and right): 320 * 400mm

Shank hole size (diameter × Depth): 60 * 75mm

Main motor power: 7.5kw

Overall dimensions of the press (front and rear × Left and right): 1880 * 1450mm

Press height: 2900mm

total weight of press: about 6500kg

100t open type tilting punch JC23-100T mechanical punch press stamping machine  Performance characteristics:

1. The body is made of high quality cast iron, which has been aged to effectively eliminate internal stress and is not easy to deform;
2. The sliding block adopts long guide rail, and the movement accuracy of the whole machine is high;
3. The crankshaft is made of 45 ＃ iron, forged and refined;
4. Punch body bearing bush and connecting rod bearing bush are made of copper;
5. The connecting rod is made of ductile iron, which increases the strength;
6. The sliding block is equipped with a collapse protector, which will be collapsed in case of overload, thus ensuring that the entire 100t open type tilting punch will not be damaged.
7. The products of our factory adopt the advanced technology of Xuzhou Forging, Yangzhou Forging and other manufacturers. The performance of 100t open type tilting punch can fully meet the national standard.

Introduction to the structure of 100t open type tilting punch JC23-100T mechanical punch press stamping machine :

1. Bed part: the bed and worktable are cast iron parts.
2. Clutch: When the 100t open type tilting punch is not working, the cam of the manipulator pushes against the tail of the rotary key, so that the crescent shaped fox of its working part is completely immersed in the semicircular groove of the crankshaft. At this time, the crankshaft is idling, and the slider stops at the top dead center. When the 100t open type tilting punch is working, the cam of the manipulator rotates an angle to let the tail of the rotary key go. The rotary key rotates 45 ° under the action of the spring. The back of the working part enters any of the three circular grooves of the middle sleeve. The clutch is in the combined position, the flywheel drives the crankshaft to rotate, and the slider moves up and down.
3. Sliding block: In the sliding block, there is a press type safety device under the ball bowl that contacts with the ball head of the adjusting screw, which ensures that the 100t open type tilting punch will not be damaged in case of overload. Open the square cover on the front, and the safety device can be replaced.
4. Brake band: an eccentric brake band is installed at the left end of the crankshaft. When the clutch is disengaged, it overcomes the inertia of the reciprocating motion of the slider and ensures that the crankshaft stops at the top dead center.
5. Manipulator: It is a mechanism that controls the combination and separation of clutches when operating the manipulator. By changing the connection position of the lever of the manipulator, it can obtain single stroke and continuous stroke.