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Eccentric Presses See what we Can do for you Eccentric Presses Take a look below

Eccentric Press 

An eccentric press a machine that facilitates the forming and shaping of sheet metal through various pressure applications, most notably impacts. The work piece is pressed into the desired shape through a various number of impacts. This type of power press can perform several different operations, making it both versatile and cost-effective. 

How does an Eccentric Press Work? 

An eccentric press functions through what is called the eccentric mechanism, which entails converting circular movement into a linear movement. In other words, in an eccentric press, the force in the impacts derives from a motor which circulates an often off-centred cam and thus generates the power to strike the metal with a tool.

One of the major advantages of eccentric pressing is the very wide range of applications. A number of different tools can be used to perform a large number of different operations such as forming, bending, riveting and hole-punching in sheet-metal of all shapes and sizes.

This particular kind of machinery comes in a variety of styles, such as an adjustable stroke press or power press. It also has certain satellite machines which can be added in a modular fashion to improve the efficiency of the machine. One such satellite machine is a Press Feeder. 

What can you expect from us? 

At African Supplies, we have eccentric presses for every application, and our  top consultants will ensure that the eccentric press you select will be able to fulfil your needs as a customer.

  1. Durability
    You need machinery that is reliable, so we stake our reputation on the strength of our products. With correct usage and maintenance, any eccentric press purchased from us will have many years of operational utility.
  2. Power
    An eccentric press needs to be able to put down force when required to force the work piece to shape. With a range of presses to choose from, we can supply a force of up to 125 tonnes to mould your sheet metal
  3. Custom Production Designs
    Each job is unique, and so the machinery that you purchase to work for you needs to be adjustable to fit your job spec. With African Supplies, we have custom production designs to ensure that your eccentric press will be able to fulfil your job requirements. 

At African Supplies, we have a variety of solutions for every sheet metal requirement. Contact us today!

The Product

Various options available for any punching application.

SuMechanical and servo feeder options available. Pneumatic clutch and or bonded clutch with double roller key available. Fixed or adjustable stroke options available..

1
DURABLE
2
UP TO 125 TON
3
CUSTOM PRODUCTION DESIGNS

At a glance

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The Product

Various options available for any punching application.

SuMechanical and servo feeder options available. Pneumatic clutch and or bonded clutch with double roller key available. Fixed or adjustable stroke options available..

1
DURABLE
2
UP TO 125 TON
3
CUSTOM PRODUCTION DESIGNS

At a glance

Power
0%
Efficiency
0%
Sustainability
0%
Weight
0%
Ease of use
0%
Operational requirement
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LOOKING FOR QUALITY AND AFFORDABLE
EQUIPMENT FOR YOUR NEXT PROJECT?
LOOKING FOR QUALITY AND AFFORDABLE
EQUIPMENT FOR YOUR NEXT PROJECT?

Eccentric Press models

Various options availble for any punching application. Mechanical and servo feeder options available. Pneumatic clutch and or bonded clutch with double roller key available. Fixed or adjustable stroke options available.

Capacity (kN) 160
Nominal Force (mm) 2
Slide Stroke (mm) 0 – 70
SPM (min-1) 130
Max. Die Height (mm) 170
Die Height Adjustment (mm) 30
Between Slide Center & Frame (mm) 170
Bolster (FB×LR) (mm) 320 × 480
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 100
Bolster Thickness (mm) 60
Bolster Opening (Dia.×FB×LR) (mm) 160 × 160
Slide Area (FB×LR) (mm) 180 × 200
Shank Hole (Dia.×Depth) (mm) φ 40 × 60
Between Columns (mm) 250
Motor Power (kW) 2.2
Outline Size (FB×LR×H) (mm) 1050 × 1175 × 1830
Net Weight (kg) 1600
Capacity (kN) 250
Nominal Force (mm) 2.5
Slide Stroke (mm) 0 – 80
SPM (min-1) 100
Max. Die Height (mm) 180
Die Height Adjustment (mm) 70
Between Slide Center & Frame (mm) 210
Bolster (FB×LR) (mm) 400 × 600
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 120
Bolster Thickness (mm) 70
Bolster Opening (Dia.×FB×LR) (mm) 180 × 180
Slide Area (FB×LR) (mm) 210 × 250
Shank Hole (Dia.×Depth) (mm) φ 40 × 70
Between Columns (mm) 330
Motor Power (kW) 3
Outline Size (FB×LR×H) (mm) 1560 × 1300 × 2210
Net Weight (kg) 2204
Capacity (kN) 400
Nominal Force (mm) 4
Slide Stroke (mm) 20 – 120
SPM (min-1) 70
Max. Die Height (mm) 220
Die Height Adjustment (mm) 80
Between Slide Center & Frame (mm) 250
Bolster (FB×LR) (mm) 480 × 710
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 220 x 25 x φ 180
Bolster Thickness (mm) 80
Bolster Opening (Dia.×FB×LR) (mm) 220 × 220
Slide Area (FB×LR) (mm) 270 × 320
Shank Hole (Dia.×Depth) (mm) φ 50 × 70
Between Columns (mm) 410
Motor Power (kW) 4
Outline Size (FB×LR×H) (mm) 1620 × 1450 × 2350
Net Weight (kg) 3286
Capacity (kN) 630
Nominal Force (mm) 4
Slide Stroke (mm) 20 – 120
SPM (min-1) 60
Max. Die Height (mm) 290
Die Height Adjustment (mm) 80
Between Slide Center & Frame (mm) 300
Bolster (FB×LR) (mm) 570 × 670
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 200 x 45 x φ 180
Bolster Thickness (mm) 90
Bolster Opening (Dia.×FB×LR) (mm) Steel: 220 x 250 | Casting: 220 x 320
Slide Area (FB×LR) (mm) 280 × 320
Shank Hole (Dia.×Depth) (mm) φ 50 × 80
Between Columns (mm) Steel: 470 | Casting: 320
Motor Power (kW) 5.5
Outline Size (FB×LR×H) (mm) 1700 × 1550 × 2640
Net Weight (kg) Steel: 4550 | Casting: 5000
Capacity (kN) 800
Nominal Force (mm) 5
Slide Stroke (mm) 10 – 130
SPM (min-1) 53
Max. Die Height (mm) 330
Die Height Adjustment (mm) 100
Between Slide Center & Frame (mm) 300
Bolster (FB×LR) (mm) 580 × 860
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 200 x 45 x φ 180
Bolster Thickness (mm) 100
Bolster Opening (Dia.×FB×LR) (mm) Steel: 220 x 260 | Casting: 220 x 380
Slide Area (FB×LR) (mm) 280 × 380
Shank Hole (Dia.×Depth) (mm) φ 60 × 75
Between Columns (mm) Steel: 450 | Casting: 410
Motor Power (kW) 7.5
Outline Size (FB×LR×H) (mm) 1720 × 1630 × 2720
Net Weight (kg) Steel: 5500 | Casting: 6412
Capacity (kN) 1000
Nominal Force (mm) 6
Slide Stroke (mm) 16 – 140
SPM (min-1) 40
Max. Die Height (mm) 320
Die Height Adjustment (mm) 100
Between Slide Center & Frame (mm) 380
Bolster (FB×LR) (mm) 710 × 1100
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 260 x 50 x φ 220
Bolster Thickness (mm) 120
Bolster Opening (Dia.×FB×LR) (mm) 260 x 290
Slide Area (FB×LR) (mm) 420 × 560
Shank Hole (Dia.×Depth) (mm) φ 60 × 80
Between Columns (mm) 630
Motor Power (kW) 7.5
Outline Size (FB×LR×H) (mm) 2200 × 1850 × 3050
Net Weight (kg) 9000
Capacity (kN) 1250
Nominal Force (mm) 6
Slide Stroke (mm) 16 – 140
SPM (min-1) 40
Max. Die Height (mm) 320
Die Height Adjustment (mm) 100
Between Slide Center & Frame (mm) 380
Bolster (FB×LR) (mm) 720 × 1200
Bolster Opening (Up Hole Dia x Dpth x Low Hole Dia.) (mm) φ 260 x 50 x φ 220
Bolster Thickness (mm) 120
Bolster Opening (Dia.×FB×LR) (mm) 260 x 290
Slide Area (FB×LR) (mm) 420 × 560
Shank Hole (Dia.×Depth) (mm) φ 60 × 80
Between Columns (mm) 620
Motor Power (kW) 11
Outline Size (FB×LR×H) (mm) 2200 × 1850 × 3050
Net Weight (kg) 11000

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