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RX-S Series CNC Press Brake 6 Axis

RX-S Series CNC Press Brake 6 Axis

Category Press Brake

  • The frame is steel structure, left and right vertical plate, table and pressure plate welded into a unitary structure, after welding to eliminate internal stress by tempering, exceptional rigidity, high stability.
  • Important parts of the frame, sliders, etc. are used ANSYS finite element analysis software to ensure machine reliability.
  • Hydraulic drive, cylinder on both end of machine, disposed on the slider to drive it work directly.
  • The stroke of cylinder ( Y1,Y2 ) and back gauge ( X, Y, Z ) are computer controlled. The back guage adopt ball screw and rolling guideway, ensuring a high accuracy of repetition.
  • Back Gauge size and slide stroke controlled by CNC system, back gauge with high precision ball screw, stable operation and precise positioning.

CNC Press Brake 6 Axis 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)
40*1600 400 1600 900 1165 350 5.5 2250*1650*2400
63*2500 630 2500 900 1960 380 5.5 3150*1700*2500
80*2500 800 2500 900 1960 380 7.5 3150*1700*2500
80*3200 800 3200 900 2760 380 7.5 3850*1700*2500
100*3200 1000 3200 950 2750 390 7.5 3900*1800*2650
125*3200 1250 3200 950 2750 390 11 3900*1800*2680
160*3200 1600 3200 1000 2740 400 15 4000*1900*2720
200*3200 2000 3200 1000 2730 400 18.5 4000*1900*2720
300*3200 3000 3200 1330 2720 500 22 4000*2200*3500
100*4000 1000 4000 950 3350 390 7.5 4800*1800*2650
125*4000 1250 4000 950 3350 390 11 4800*1800*2680
160*4000 1600 4000 1000 3340 400 15 4800*1900*2720
200*4000 2000 4000 1000 3330 400 18.5 4800*1900*2800
250*4000 2500 4000 1000 3330 450 18.5 4800*1900*2850


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CNC Press Brake 6 Axis 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.

Standard Equipment

CNC Control System

3 DA-66T features

The DA-66T Touch controls feature the embedded, real-time Windows operating system for maximum reliability. Smooth start-ups ensured, even after instant shut-off.

DA-66T Features:

BGA-4 BackGauge

3 BGA-4 BackGauge

DA-66T Features:

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CNC Press Brake 6 Axis Products Details

Hydraulic clamping

Hydraulic Clamping

WILA Clamping System suitable for head and shoulder bearing New standard top tools.

Wilson New Standard Crowning

Wilson Crowning systems fully compensate for the deflection in press brakes. This results in a consistent bending angle across the entire length of the machine.

Front Plate Support

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


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.



NOVANCE Servo Motor : Replace the original Siemens motor
40% power saving
Noise reduction
Fuel saving (smaller than ordinary fuel tank)


GIVI Grating Ruler

Feedback Y-axis cylinder data. Limit cylinder stroke.


Pizzato Pedal switch

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

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Table of Contents

What Is CNC Press Brake 6 Axis?

A 6-Axis CNC Press Brake refers to the six different directions in which the machine can move. These axes include the traditional X, Y, and Z, along with additional rotation (R), tilt (T), and height (H) axes. This intricate movement allows for a wide range of complex bends and shapes.

The 6-Axis system provides an extraordinary level of precision and flexibility, making it suitable for intricate and complex metal forming tasks. This technology enables manufacturers to achieve bends and shapes that were once deemed challenging or even impossible.

Evolution of CNC Press Brake 6 Axis

Manual Press Brakes

Traditionally, manual press brakes required skilled operators to manipulate the forming process manually. The introduction of CNC technology revolutionized this landscape, automating many aspects of metal bending.

Introduction of CNC Technology

The introduction of Computer Numerical Control (CNC) technology brought about increased efficiency and accuracy in metal forming processes. CNC Press Brakes quickly became a staple in various industries.

Emergence of 6-Axis CNC Press Brakes

The evolution did not stop there. The 6-Axis CNC Press Brake emerged as a game-changer, offering unparalleled flexibility and precision in metal shaping operations.

Advantages of Using 6-Axis CNC Press Brakes

Increased Productivity

The incorporation of 6 axes significantly enhances productivity by reducing the need for multiple setups. This results in faster production cycles, making the 6-Axis CNC Press Brake an asset in high-volume manufacturing environments.

Enhanced Precision

Precision is the hallmark of the 6-Axis CNC Press Brake. The intricate movement capabilities allow for the creation of highly accurate and repeatable bends, meeting the most demanding tolerances.

Versatility in Forming Operations

The versatility of 6-Axis CNC Press Brakes is unmatched. Whether it’s simple straight bends or complex geometries, this technology excels in handling a diverse range of forming operations.

Applications of 6-Axis CNC Press Brakes

Automotive Industry

In the automotive industry, where precision is paramount, 6-Axis CNC Press Brakes find extensive use in shaping various components, from body panels to intricate parts of the chassis.

Aerospace Industry

The aerospace sector benefits from the 6-Axis technology for forming specialized components that require precision and adherence to strict tolerances.

Sheet Metal Fabrication

In general sheet metal fabrication, the versatility of 6-Axis CNC Press Brakes shines. It can handle a wide array of materials and thicknesses, offering manufacturers a cost-effective and efficient solution.

1-RX-N Series NC Press Brake with E21 2 Axis

Choosing the Right 6-Axis CNC Press Brake

Consideration of Material and Thickness

Selecting the right machine involves considering the types of materials to be formed and their thickness. Different machines excel in handling specific materials and thickness ranges.

Automation Features

Advanced automation features, such as tool changing capabilities and robotic integration, enhance the overall efficiency of the manufacturing process.

Integration with CAD/CAM Software

Seamless integration with Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) software streamlines the programming process, reducing setup times and minimizing errors.

Maintenance and Care Tips of 6 Axis CNC Press Brake

Regular Lubrication

To ensure smooth and precise operation, regular lubrication of the moving parts is essential. This maintenance task contributes to the longevity of the machine.

Calibration Checks

Periodic calibration checks guarantee that the machine maintains its accuracy over time. Any deviations can be corrected promptly, preventing issues in the forming process.

Operator Training

Well-trained operators are crucial for maximizing the potential of a 6-Axis CNC Press Brake. Investing in operator training programs ensures safe and efficient machine operation.

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