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Tandem Press Brake

Tandem Press Brake

Category Press Brake

  • Double linkage machine by CNC system can be stand-alone or dual -operating
  • It’s standard 2 shafts back gauge system, as to complex shape work pieces, 3 or 4 shafts back gauge system and corresponding dies are available for your option.
  • Press brake using fully closed-loop electro-hydraulic servo control technology, slider position signals can be feedback to CNC system by bilateral gratings, then CNC system adjusts the amount of fuel tank by changing the synchronous valve opening size, hereby controlling the slider Y1, Y2 running on the same frequency, maintaining the parallel state of the worktable.
  • According to state of sheet metal on the press brake, CNC system can automatically control the table deflection compensation yielding uniform length of all workpieces angles.

Tandem Press Brake Technical Parameters

For more detailed parameters, please don’t hesitate to contact us.

Type Nominal pressure (KN) Workbench length (mm) Workbench width (mm) Poles distance (mm) Throat depth (mm) Main motor (kw) Dimensions  L*W*H (mm)
2-100*3200 2*1000 2*3200 950 2750 390 2*7.5 2*3900*1800*2650
2-125*3200 2*1250 3200 950 2750 390 2*11 2*3900*1800*2680
2-160*3200 2*1600 3200 1000 2740 400 2*15 2*4000*1900*2720
2-200*3200 2*2000 2*3200 1000 2730 400 2*18.5 2*4000*1900*2720
2-300*3200 2*3000 2*3200 1330 2720 500 2*22 2*4000*2200*3500
2-100*4000 2*1000 2*4000 950 3350 390 2*7.5 2*4800*1800*2650
2-125*4000 2*1250 2*4000 950 3350 390 2*11 2*4800*1800*2680
2-160*4000 2*1600 2*4000 1000 3340 400 2*15 2*4800*1900*2720
2-200*4000 2*2000 2*4000 1000 3330 400 2*18.5 2*4800*1900*2800
2-250*4000 2*2500 2*4000 1000 3330 450 2*18.5 2*4800*1900*2850


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Tandem Press Brake Introduction to Configuration

FEA & Stress Analysis

Stress Analysis & Finite Element Analysis.

The CAE software SOLIDWORKS is used as the method to analyze the linear static construction, stress, and deformation for press break and laser cutting machine frames. So for complicated structures, highly complex loading, transient modeling, and a combination of the above, FEA makes sense.

Tandem Press Brake Main features

Machine Block of Tandem Press Brake

CNC press brake features a rigid frame for minimum deflection under the load. Machine welding is made by welding apparatus & welding robots. After the welding,we make stress relief process by vibration system. After the stress relief process machine frame goes to CNC 5 axes machining centers for accuracy. All reference surfaces and connection holes are machined. By all this processes machine frame sensitivity is protected for a long life time.

Tandem Press Brake Application

CNC Synchro Tandem Press brakes use 2 same models press brake united for bending longer sheet, especially over 8m length, 2 machines can be bending independent for high productivity short metal bending, it uses same controller with synchro technology; different models can be also united with tandem options, one big press bending thick&larger parts, one small press bending thin&small profiles, it can be work together bending longer parts with reasonable design on 2 different size machines.

Tandem press brake adopts the double or multi machine synchronous working principle.
The tandem press brake can process the extra long workpiece, such as the road lamp pole and power pole of the urban construction and expressway.

Machine Block



BGA-2 BackGauge

BGA-2 BackGauge

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Products Details

Fast Clamping

Fast Clamping

Using mechanical fast clamp for upper dies, changing dies more convenient and safe.

Mechanical Compensation Crowning

Mechanical Compensation Crowning

Ensuring good bending strength and precision.

Front Plate Support

Movable front material support on linear guider can move left and right by hand very easy.

Adjustable Finger Block

Adjustable Finger Block

The stop finger can move smoothly on the linear guide and can be adjusted up and down, which is convenient, efficient and easy to control.

Hydraulic System

Hydraulic System

Hydraulic transmission with high reliability, integrated hydraulic system can effectively alleviate problems caused by leakage of hydraulic fluid.



The standard top punch and dual-V bottom die are specially designed for bending sheet metals. More press brake toolings can be selected as per your practical use.

Motor and Pump

Motor and Pump

Siemens motor guarantee the machine service life.Sunny oil pump with low noise and low sensitivity to oil pollution.

Foot Pedal Switch

Foot Pedal Switch

It is movable and can stop the machine anytime by the emergency button.

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Table of Contents

Tandem Press Brake: Enhancing Precision and Efficiency in Metal Fabrication

In the world of metal fabrication, precision and efficiency are paramount. Manufacturers constantly seek ways to improve their processes, and one key technology that has revolutionized the industry is the tandem press brake.

Advantages of Tandem Press Brake Machine

Tandem Press Brake

One of the primary advantages of tandem press brakes is their enhanced productivity. By distributing the workload across multiple machines, tandem setups can significantly reduce cycle times, leading to higher output and lower per-part costs.

Moreover, tandem press brakes offer improved flexibility, allowing manufacturers to bend longer or heavier parts without compromising precision or quality.

Tandem Press Brake Machine VS Single Press Brake

While tandem press brakes offer several advantages, it’s essential to consider how they compare to single press brakes in terms of efficiency, precision, and cost.

Efficiency and Productivity

Tandem press brakes excel in high-volume production environments where maximizing throughput is critical. By leveraging multiple machines simultaneously, tandem setups can handle complex bending operations with minimal downtime.

Precision and Accuracy

When it comes to precision, both tandem and single press brakes can achieve excellent results. However, tandem setups may offer slightly better repeatability and accuracy due to their synchronized operation and enhanced control systems.

Cost Considerations

Investing in a tandem press brake requires a significant upfront investment compared to a single press brake. However, the increased productivity and versatility offered by tandem setups can result in lower overall manufacturing costs over time.

Factors to Consider When Choosing a Tandem Press Brake

When selecting a tandem press brake for your manufacturing facility, several factors must be taken into account to ensure optimal performance and efficiency.

Material Thickness and Type

The thickness and type of material being bent will dictate the tonnage and capacity requirements of the tandem press brake.

Bending Length Requirement

Consider the maximum bending length needed for your specific applications, as tandem setups can vary in size and configuration.

Automation and Control Systems

Look for tandem press brakes equipped with advanced automation and control systems to streamline operations and minimize setup times.

Maintenance and Care Tips for Tandem Press Brake

To prolong the lifespan and ensure the optimal performance of your tandem press brake, regular maintenance and care are essential.

Regular Inspection and Lubrication

Perform routine inspections and lubrication of key components to prevent wear and ensure smooth operation.

Training and Safety Measures

Train operators on proper machine operation and safety protocols to prevent accidents and minimize downtime.

Troubleshooting Common Issues

Be prepared to troubleshoot common issues that may arise during operation, such as tool wear, material inconsistencies, and alignment problems.

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