The Dualform process enables accurate replication of existing panels or hand-crafted, fabricated panels. The panels are submerged in a liquid alloy; the heating is then turned off, and the alloy is allowed to cool, forming the top and bottom dies. 

The original sample is then removed, and the mould surfaces are hand-dressed. The press is then ready to operate.

Dualform is a patented process incorporating a special double-acting hydraulic press. This process enables the simultaneous manufacture of matched top and bottom dies within the press.

See Model Specification Below


This, in turn, can be used for: 

  • The manufacture of finished pressed panels

Dualform tools are cast using a unique, low-melting-point alloy called 'Lowmelt', housed in a special fabricated flask situated within the press tool space. After use, the tools are melted down in situ, and new tools are cast.

The process can be completed in approximately three hours on smaller presses and under 24 hours on the larger Dualform models.

  • More than 250 Dualform presses have been sold worldwide

Repeatable process

The operation can easily be repeated for each new (or repeat) batch of pressed components. 

Significant cost savings

The Dualform process enables the manufacturer to make significant savings both in production and in tooling costs. 

From the creation of matched top and bottom dies to the production of finished components, the Dualform process provides the manufacturer with total production flexibility and a dramatically reduced time-to-market for new products and designs. 

Benefits

  • Minimal tooling costs
  • Quick tool manufacture ensures that Dualform is an extremely cost-effective method of prototype engineering and low-volume production

 

Applications

  • Prototypes
  • Car-body panels
  • General aircraft panels
  • Short-run pressings

Specification

Maximum Main Slide Pressure (Tonnes)

50

Maximum Blankholder Slide Pressure (Tonnes)

17

Maximum Punch size (L to R x F to B) (mm)

735 x 200

Maximum Blank Size (L to R x F to B) (mm)

965 x 455

Maximum Draw Depth (mm)

125

Height of Press (mm)

2,290

Width of Press (mm) Right to Left

1,680

Depth of Press (mm) Front to Back

840

Net Weight of Press (kg) approx

4,000

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

50

Maximum Blankholder Slide Pressure (Tonnes)

25

Maximum Punch size (L to R x F to B) (mm)

750 x 200

Maximum Blank Size (L to R x F to B) (mm)

1030 x 490

Maximum Draw Depth (mm)

130

Height of Press (mm)

2,710

Width of Press (mm) Right to Left

2,000

Depth of Press (mm) Front to Back

950

Net Weight of Press (kg) approx

6,750

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

75

Maximum Blankholder Slide Pressure (Tonnes)

50

Maximum Punch size (L to R x F to B) (mm)

610 x 535

Maximum Blank Size (L to R x F to B) (mm)

915 x 840

Maximum Draw Depth (mm)

150

Height of Press (mm)

2,700

Width of Press (mm) Right to Left

2,010

Depth of Press (mm) Front to Back

1,145

Net Weight of Press (kg) approx

10,900

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

75

Maximum Blankholder Slide Pressure (Tonnes)

50

Maximum Punch size (L to R x F to B) (mm)

950 x 250

Maximum Blank Size (L to R x F to B) (mm)

1330 x 590

Maximum Draw Depth (mm)

165

Height of Press (mm)

3,350

Width of Press (mm) Right to Left

2,600

Depth of Press (mm) Front to Back

1,150

Net Weight of Press (kg) approx

13,000

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

125

Maximum Blankholder Slide Pressure (Tonnes)

125

Maximum Punch size (L to R x F to B) (mm)

760 x 610

Maximum Blank Size (L to R x F to B) (mm)

1170 x 1015

Maximum Draw Depth (mm)

205

Height of Press (mm)

4,270

Width of Press (mm) Right to Left

2,590

Depth of Press (mm) Front to Back

2,440

Net Weight of Press (kg) approx

25,450

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

400

Maximum Blankholder Slide Pressure (Tonnes)

200

Maximum Punch size (L to R x F to B) (mm)

1500 x 1100

Maximum Blank Size (L to R x F to B) (mm)

2650 x 2000

Maximum Draw Depth (mm)

300

Height of Press (mm)

7,000

Width of Press (mm) Right to Left

4,100

Depth of Press (mm) Front to Back

3,800

Net Weight of Press (kg) approx

62,000

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

500

Maximum Blankholder Slide Pressure (Tonnes)

300

Maximum Punch size (L to R x F to B) (mm)

1800 x 1250

Maximum Blank Size (L to R x F to B) (mm)

2900 x 2135

Maximum Draw Depth (mm)

350

Height of Press (mm)

8,065

Width of Press (mm) Right to Left

5,600

Depth of Press (mm) Front to Back

4,100

Net Weight of Press (kg) approx

97,000

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

Maximum Main Slide Pressure (Tonnes)

750

Maximum Blankholder Slide Pressure (Tonnes)

500

Maximum Punch size (L to R x F to B) (mm)

2100 x 1600

Maximum Blank Size (L to R x F to B) (mm)

3050 x 2530

Maximum Draw Depth (mm)

400

Height of Press (mm)

9,550

Width of Press (mm) Right to Left

6,080

Depth of Press (mm) Front to Back

4,600

Net Weight of Press (kg) approx

160,000

Electrical Supply

400 volt/ 3-phase/ 50hz (or to suit local supply)

Control Circuit (volt)

110 Volts

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