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Change perspective, think results

Regardless of the level of automation chosen from the four available, the B3 remains the solution with the smallest footprint currently available on the market.

Salvagnini bending: B3.AU-TO press brake bends wall mount and brackets 6 mm thick

Product overview

Press brake machine - B3
 Sustainable productivity
 Adaptive technology
 Flexible automation
 Connectivity 4.0

  • Backgauges

    Available in four different types, from 4 to 9 axis, for maximum production flexibility. Each backgauge comprises an extremely rigid ram. All axes slide on linear guides to guarantee accuracy and sturdiness.

  • Sliding doors

    Attached to the press brake structure, they allow easy handling of tools and workpieces, without increasing the machine’s footprint.

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  • Front sliding shelves

    Pair of front sliding shelves with capacity of 120 kg that support the sheet of metal being machined. They guarantee ergonomic use and ease of handling for the workpieces.

  • FLW sheet follower

    The FLW sheet follower is optional, recommended for bending particularly large or heavy pieces. Each FLW has a maximum capacity of 150 kg.

  • Backgauges

    Available in four different types, from 4 to 9 axis, for maximum production flexibility. Each backgauge comprises an extremely rigid ram. All axes slide on linear guides to guarantee accuracy and sturdiness.

  • Sliding doors

    Attached to the press brake structure, they allow easy handling of tools and workpieces, without increasing the machine’s footprint.

    00:00
    00:00

  • Front sliding shelves

    Pair of front sliding shelves with capacity of 120 kg that support the sheet of metal being machined. They guarantee ergonomic use and ease of handling for the workpieces.

  • FLW sheet follower

    The FLW sheet follower is optional, recommended for bending particularly large or heavy pieces. Each FLW has a maximum capacity of 150 kg.

  • Backgauges

    Available in four different types, from 4 to 9 axis, for maximum production flexibility. Each backgauge comprises an extremely rigid ram. All axes slide on linear guides to guarantee accuracy and sturdiness.

  • Sliding doors

    Attached to the press brake structure, they allow easy handling of tools and workpieces, without increasing the machine’s footprint.

    00:00
    00:00

  • Front sliding shelves

    Pair of front sliding shelves with capacity of 120 kg that support the sheet of metal being machined. They guarantee ergonomic use and ease of handling for the workpieces.

  • FLW sheet follower

    The FLW sheet follower is optional, recommended for bending particularly large or heavy pieces. Each FLW has a maximum capacity of 150 kg.

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Scalable automation

To significantly increase the availability of the press brake, Salvagnini developed 4 automation devices: ATA and ATA.L automatically adjust the length of the upper and lower tools, MVM automatically adapts the die opening, AU-TO automatically sets up the tools.

Learn more

AMS: angle measurement system

Laser system that detects variations in the bending angle due to sheet metal springback. Angle measurement can even be performed in a single point, regardless of the length of the press brake, for shorter cycles. It allows measurement recording and active monitoring for greater productivity.

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S-CROWNING

The adaptive mechanical crowning system ensures consistent bending along the entire bending length, even if the parameters change, without operator intervention. 

FACE

Intelligent design, intuitive and easy-to-use: FACE is the Salvagnini human-machine interface, which minimizes the operational complexity of the press brake.

Learn more

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Direct Drive

Ram movements are driven by two independent direct-drive brushless motors, which allow both fast approach and fast return movements to be achieved, with speeds as high as 250 mm/s.

Industry 4.0

Digital transformation and Industry 4.0 are key topics for staying competitive on the market. When adopted, they can implement and manage complex, integrated, highly automated high-performance systems, and can help to develop simple solutions that require no structural changes to the production layout, making the world of smart manufacturing much more accessible.

  • ATA

    The ATA (Automatic Tool Adjuster) device is used to change and automatically adjust the upper bending tool length, saving time and increasing production efficiency.

    00:00
    00:00

  • ATA.L

    The ATA.L device, for the lower tools, is the ideal solution for kit production, as it allows parts of different lengths to be bent in sequence.

    00:00
    00:00

  • MVM

    The MVM option, the variable opening die which is an alternative to ATA.L, automatically adapts the opening of the V on the basis of the program and allows materials with different thicknesses and/ or bending radii to be bent.

    00:00
    00:00

  • AU-TO

    The AU-TO automatic tool change device does not disable the operation of the ATA devices, but rather prepares the machine by maximizing the potential of the automatic tool set-up and applying the best strategies on the basis of the production flow.

    00:00
    00:00

  • ATA

    The ATA (Automatic Tool Adjuster) device is used to change and automatically adjust the upper bending tool length, saving time and increasing production efficiency.

    00:00
    00:00

  • ATA.L

    The ATA.L device, for the lower tools, is the ideal solution for kit production, as it allows parts of different lengths to be bent in sequence.

    00:00
    00:00

  • MVM

    The MVM option, the variable opening die which is an alternative to ATA.L, automatically adapts the opening of the V on the basis of the program and allows materials with different thicknesses and/ or bending radii to be bent.

    00:00
    00:00

  • AU-TO

    The AU-TO automatic tool change device does not disable the operation of the ATA devices, but rather prepares the machine by maximizing the potential of the automatic tool set-up and applying the best strategies on the basis of the production flow.

    00:00
    00:00

  • ATA

    The ATA (Automatic Tool Adjuster) device is used to change and automatically adjust the upper bending tool length, saving time and increasing production efficiency.

    00:00
    00:00

  • ATA.L

    The ATA.L device, for the lower tools, is the ideal solution for kit production, as it allows parts of different lengths to be bent in sequence.

    00:00
    00:00

  • MVM

    The MVM option, the variable opening die which is an alternative to ATA.L, automatically adapts the opening of the V on the basis of the program and allows materials with different thicknesses and/ or bending radii to be bent.

    00:00
    00:00

  • AU-TO

    The AU-TO automatic tool change device does not disable the operation of the ATA devices, but rather prepares the machine by maximizing the potential of the automatic tool set-up and applying the best strategies on the basis of the production flow.

    00:00
    00:00
1 / 4

Intelligent system, constant quality

Practically everything you ever wanted to know about the B3 press brake, satisfactorily explained.

Productivity
Adaptability
Integrability

Software

Industry has changed: flexibility and efficiency are fundamental requirements for managing increasingly smaller batches or rapid item turnover rate.  And developments in technology have in some way upset the balance between workloads, with increasingly fast systems which however need to be guided by more and more specific machine programs, the generation of which is increasingly time-consuming. This is why software is increasingly crucial to improving the efficiency of machinery.

Learn more

STREAM is Salvagnini’s answer to the modern industrial context, a programming suite that improves reactivity and reduces costs, operating errors and process inefficiencies.

Learn more

OPS is the Salvagnini modular production management software which optimizes the entire production process, exchanging real-time information between the machinery and the factory ERP/MRP.

Learn more

Salvagnini’s IoT solution, increases the global efficiency of the press brake. LINKS allows real-time monitoring of the machine’s performance and independent analysis.

Technical data

Models

80/2000

100/3000

135/3000

135/4250

170/3000

170/3000XL

Maximum bending force (Tons)

80

100

135

135

170

170

Table length (mm)

2040

3060

3060

4250

3060

3060

Distance between side frames (mm)

1740

2640

2640

3640

2640

2650

Throat depth (mm)

350

435

435

435

435

520

Maximum speed (mm/s)

250

250

250

250

250

180

Bending speed* (mm/s)

15

15

15

15

15

15

Maximum stroke (mm)

300

300

350

350

350

450

Table-ram distance (mm)

550

550

600

600

600

700

Total lenght (mm)

3200

4270

4310

5310

4310

4360

Total width (mm)

1875

1725

1735

1735

1735

2080

Total height (mm)

3025

3025

3295

3295

3295

3705

Average consumption (kWh)

1

1

1.5

1.5

2

2

Mass (kg)

6200

8600

11700

13500

11700

17000

Models

170/4250

170/4250XL

170/5100XL

240/3000

240/4250

240/5100

240/6100

Maximum bending force (Tons)

170

170

170

240

240

240

240

Table length (mm)

4250

4250

5100

3060

4250

5100

6100

Distance between side frames (mm)

3640

3620

4620

2650

3620

4620

5600

Throat depth (mm)

435

520

520

520

520

520

520

Maximum speed (mm/s)

250

220

180

220

220

220

180

Bending speed* (mm/s)

15

15

15

15

15

15

15

Maximum stroke (mm)

350

450

450

450

450

450

450

Table-ram distance (mm)

600

700

700

700

700

700

700

Total lenght (mm)

5310

5330

6330

4360

5330

6330

7400

Total width (mm)

1735

2080

2080

2080

2080

2080

2080

Total height (mm)

3295

3705

3705

3705

3705

3705

3705

Average consumption (kWh)

2

2

2

2.5

2.5

2.5

2.5

Mass (kg)

13500

19400

21500

17000

19400

21500

23500

Models

320/3000

320/4250

320/5100

400/4250

AU-TO 170/4250

AU-TO 240/4250

AU-TO 320/4250

Maximum bending force (Tons)

320

320

320

400

170

240

320

Table length (mm)

3060

4250

5100

4250

4250**

4250

4250**

Distance between side frames (mm)

2630

3600

4600

3600

3640

3620

3600

Throat depth (mm)

520

520

520

520

435

520

520

Maximum speed (mm/s)

220

220

220

220

250

220

220

Bending speed* (mm/s)

15

15

15

15

15

15

15

Maximum stroke (mm)

450

450

450

450

350

450

450

Table-ram distance (mm)

700

700

700

700

600

700

700

Total lenght (mm)

4380

5350

6350

5350

5560

5560

5700

Total width (mm)

2085

2085

2085

2085

2170

2240

2245

Total height (mm)

3755

3755

3755

3755

3290

3690

3740

Average consumption (kWh)

3.5

3.5

3.5

3.5

2

2.5

3.5

Mass (kg)

21800

25000

30000

27000

15500

21600

27200

* Bending speed regulated by current standards. Salvagnini reserves the right to modify this data without prior notice.
** automatic tools set up L = 3060 mm