China supplier H Frame Two Points Auto Parts Stamping Eccentric Press near me manufacturer

Merchandise Description

h body 2 factors auto parts stamping eccentric push

JS36 straight facet 2 factors push is created for the software of large precision, heavy metallic stampings operates, this kind of as bike and bicycle components, and house equipment components. Automation provisions, JX36 can be easily upgraded for progressive robotic or mechanical transfer system.


1) Welded Metal plate framework with CZPT beam, column and the foundation tightened and mixed into 1 body by taut bolts.

2) Herringbone gear transmission.

3) Slide guiding adopts 8-side orthogonal guide rail or 45 degree inclined four-side manual rail.

four) Pneumatic friction clutch and brake.

five) Equipped with hydraulic overload defending unit.

six) Automatic oil lubrication technique with typical time and potential.

seven) Duplex valves imported. Managed by PLC with global manufacturer.

8) Buttons, indicators, AC contactors, air circuit breakers and other managing units are imported from worldwide model

9) Double loop manage by imported electronic and mechanical cam controller.

10) Optional: air cushion, front-again relocating bolster, hydraulic cushion, low speed shut peak adjustment and transmission system, gentle curtain.



Parameter Unit JS36- 250 JS36- 300 JS36- four hundred
Nominal Potential KN 2500 3000 4000
Nominal stress stroke mm 13 thirteen 13
Slide Stroke mm 400 four hundred 400
Strokes For each Minute spm sixteen sixteen 16
Max Die Established Height mm 650 720 770
Die Peak Adjustment mm 315 400 400
Bolster Size L×R mm 2600 2800 2800
  F×B mm 1300 1600 1600
Slide Bottom Measurement L×R mm 2600 2800 2800
  F×B mm 1300 1600 1600
Facet Knockout Rod Structure   rigidity rigidity rigidity
  Knockout stress KN 100 a hundred and fifty a hundred and fifty
Cushion Clamping pressure KN 510 600 600
  Withdraw stress KN 510 600 600
  Quantity Computer one one one
  Stroke mm two hundred 200 two hundred
All round Proportions Height mm 6960 7000 7000
  L×R mm 4760 5100 5100
  F×B mm 4200 4000 4000
Motor Electrical power KW 37 37 forty five
Weight T seventy five 90 104
Parameter Unit JS36- five hundred JS36- 630 JS36- 800
Nominal Capability KN 5000 6300 8000
Nominal stress stroke mm 13 thirteen thirteen
Slide Stroke mm four hundred 500 five hundred
Strokes Per Minute spm 16 14 ten
Max Die Set Height mm 650 1100 990
Die Height Adjustment mm 400 five hundred 400
Bolster Measurement L×R mm 2800 3500 3640
  F×B mm 1600 1800 1800
Slide Base Dimensions L×R mm 2800 3500 3640
  F×B mm 1600 1800 1800
Side Knockout Rod Construction   rigidity rigidity rigidity
  Knockout strain KN one hundred fifty 150 150
Cushion Clamping force KN 600 a thousand 1000
  Withdraw force KN 600 1000 one thousand
  Quantity Laptop 1 one 1
  Stroke mm two hundred 250 250
Total Dimensions Height mm 7400 8000 8500
  L×R mm 5100 6200 6800
  F×B mm 4000 4370 4600
Motor Power KW seventy five ninety 110
Weight T 142 one hundred eighty 210
Parameter Unit JS36-a thousand JS36-1250 JS36-1600
Nominal Potential KN 10000 12500 16000
Nominal pressure stroke mm thirteen thirteen 13
Slide Stroke mm 500 600 five hundred
Strokes Per Moment spm ten twelve 10
Max Die Established Top mm one thousand 1300 950
Die Top Adjustment mm four hundred 500 400
Bolster Size L×R mm 4000 4000 5000
  F×B mm 2000 2000 2000
Slide Base Measurement L×R mm 4000 4000 5000
  F×B mm 2000 2000 2000
Side Knockout Rod Framework   rigidity rigidity air
  Knockout pressure KN 150 a hundred and fifty 100
Cushion Clamping pressure KN 1200 1500 1500
  Withdraw pressure KN 1200 1500 1500
  Amount Pc 1 one one
  Stroke mm 250 250 250
Overall Dimensions Height mm 9000 9900 ten thousand
  L×R mm 7500 8500 8500
  F×B mm 5300 5600 5600
Motor Electrical power KW 110 132 132
Weight T 255 320 480



EP’s racks transform rotational motion to linear movement when used with spur gears. It is designed to perform with our inventory 14 1/2° and 20° PA spur gears. It can be modified for certain purposes, this sort of as drilling and tapping mounting holes, reducing to distinct lengths, or matching the finishes of two-piece racks to develop steady lengths for a longer time than stock.
Gears are used in a massive amount of mechanical gadgets. Most importantly, they provide gear reduction for motorized products. This is important since typically small motors that spin extremely rapidly can provide ample electricity to the unit, but not ample torque, the pressure that brings about an item to spin or twist on an axis. For example, an electric powered screwdriver has a quite large equipment reduction (lowers the pace of a rotating machine (like an electrical motor)) since it calls for a good deal of torque to change the screw. But the motor makes only a small sum of torque at large speeds. With equipment reduction, the output pace can be lowered whilst increasing the torque.

China supplier H Frame Two Points Auto Parts Stamping Eccentric Press     near me manufacturer