Affordable Torque Shaft Bending Machine: Cost-Effective Solution for High-Quality Bending

The WC67K press brake offers companies an affordable solution for achieving high-quality bends on shafts and cylindrical metal parts, without the high costs of traditional machines. Designed with cost-effectiveness in mind, the machine combines simplicity and functionality to deliver precise bends at a fraction of the cost of larger, more complex systems.

Torsion Axis Synchronous Press Brake: The Choice Of Efficient Metal Processing

Energy Saving And Consumption Reduction – High Efficiency And Low Heat – Excellent Positioning Accuracy

In order to meet the needs of efficient metal processing, the stable hydraulic transmission and mechanical hydraulic synchronization mechanism of ERSM torsion shaft synchronous bending machine have greatly improved the processing efficiency and forming accuracy, making it a reliable choice in the field of metal processing.

Why choose ERSM torsion shaft synchronous press brake?

Economical: The price of the torsion shaft bending machine is affordable, which is an ideal choice for companies with limited budgets, and the accessories can be flexibly configured according to needs.
First Choice For Basic Processing: For workpieces with low precision requirements and simple processes, it can efficiently complete small batches of metal sheet processing tasks.
Optimum Choice For Start-Ups: It is very suitable for new companies to try, providing valuable experience and basic guarantees for subsequent expansion of production scale.
Flexible And Convenient Operation: Although it requires some manual operation, it is more friendly to novices, and the equipment maintenance and adjustment are simple and easy.

Excellent process supporton: ERSM equipment effectively prevents bending angle errors through intelligent design, and the cylinder is equipped with mechanical stops to ensure the repeat positioning accuracy of the slide, which guarantees efficient production.

Choose our equipment to make metal processing more accurate and efficient, and help achieve excellent quality and cost optimization!

Product overview

TORSION BAR PRESS BRAKE

The torsion axis synchronous bending machine offers an efficient and reliable metal forming solution for various bending tasks. It uses torsion axis synchronous technology to synchronize the bending process precisely and operate stably. The machine serves a wide range of sheet metal processing applications, commonly used by enterprises to produce chassis cabinets, lighting components, building materials, and other metal products. Its sturdy and durable design handles metal sheets of different thicknesses and materials with ease, fully meeting diverse processing needs. With excellent cost-effectiveness and high efficiency, the torsion axis synchronous bending machine has become the ideal choice for sheet metal forming, particularly for small and medium-sized batch production.

Overview of the components of the torsion bar bending machine

Torsion bar Press Brake Standard Equipment

CNC Swiss CYBELEC CybTouch 8/12PS

Nylker® Profile Direct Programming Function

ERSM®EHP Series For 3/4+1 Axis

THE ELECTRICAL COMPONENTS ARE FROM SCHNEIDER, FRANCE.

ERSM Torsion Bar Press Brake

Includes the Following Features and Configurations

High Rigidity Frame

The machine is made of steel plates welded as a whole, ensuring a robust and durable structure. The frame is rust-free, treated with anti-rust paint for added protection, and designed with sufficient strength and rigidity.
To further enhance its durability, the entire frame undergoes overall tempering to eliminate internal stress. It is then processed by CNC floor boring and milling, guaranteeing the installation surface accuracy of the cylinder, guide rails, and workbench.
As a result, the machine tool can work continuously under rated load without compromising performance. The hydraulic system is leak-free and ensures stable, high-precision operation, making it an ideal choice for consistent and reliable production.

Hydraulic system

The Hydraulic System Can Realize The Rapid Descent Of The Slider, Slow Descent, Working Speed Bending, Rapid Return, And The Slider Emergency Stop During Upward And Downward Movements.
The Oil Pump Adopts A Gear Pump, Which Can Withstand High Pressure And Low Noise.
The Oil Pipeline Adopts A Combination Of German Ferrule Joints And Galvanized Cold-drawn Pipes, And The Oil Leakage Phenomenon Is Overcome Without Replacing The Sealing Ring.
The Sealing Ring Has Good Sealing Performance, Reliable Operation And Long Service Life.

Controller

X And Y Axis Intelligent Positioning, Support Manual Adjustment, No Mechanical Manual Positioning Device Required.
Built-in Pressure Holding Time And Unloading Delay Setting Function, Making Operation Simpler And Reducing Costs.
One-key Parameter Backup And Recovery Function, Parameters Can Be Restored At Any Time As Needed.
All Buttons On The Panel Are Micro Switches, And Have Undergone Strict Emc High And Low Temperature, Vibration And Other Tests To Ensure Product Stability And Service Life.
Support Multi-step Programming To Improve Production Efficiency And Processing Accuracy.

Synchronous Control Device

The Synchronization Of The Slider Travel Of The Bending Machine Adopts A Mechanical Hydraulic Synchronization Mechanism, Which Has A Simple Structural Design And Stable Performance, And Can Maintain Efficient Operation For A Long Time.
This System Has Synchronization Accuracy, Ensuring That The Angle And Position Of Each Bending Meet The Requirements, And The Quality Of The Workpiece Will Not Be Affected By The Slider Being Out Of Sync.

Backgauge

The Adjustment Of The Rear Stop Is Driven By The Motor And Then Driven By The Screw After Deceleration.
The Screw Of The Rear Stop Is Positioned By A Precision Ball Screw (Optional, Not Standard), And Supported By A Chrome-plated High-precision Polished Rod.
The H-type Synchronous Belt And Synchronous Wheel Drive Has High Transmission Accuracy And Low Noise.
The Finger Seat Is Adjustable Up And Down, And Can Be Fine-tuned Front And Back.

Fast Clamp

The Upper Die Deflection Compensation Device can be equipped with a Quick Upper Die Clamping Device to enhance operational efficiency. Additionally, operators can quickly and conveniently change the Lower Die, which significantly reduces labor intensity and boosts production efficiency.
The Bending Tool undergoes even heat treatment, ensuring a long service life and reducing the need for frequent corrections. This heat-treated mold proves more durable than the standard mold, further decreasing processing costs and increasing overall productivity in the bending process.

Structural Design: The machine body uses a large amount of steel plate material, enhancing its pressure resistance and stability. This design ensures adaptability to various metal plate bending needs.
Precision Control: A high-precision positioning system allows for automatic operation and continuous program positioning, improving bending accuracy and ensuring consistency across all workpieces.
Running Speed: The machine operates at high speed, boosting production efficiency. It is ideal for high-speed bending and mass production.
Ease of Operation: With a user-friendly CNC system, the machine simplifies operations and reduces the need for specialized skills, making it accessible to operators of all experience levels.
Back Gauge System: Linear guides, ball screws, and a servo drive system ensure precise adjustment and accurate positioning during the bending process.
Beam Design: The double linear guide design enhances the beam’s stability and load-bearing capacity, ensuring high-precision operations even under demanding conditions.
High-Precision Paper Stopper: Three high-precision paper stoppers improve the accuracy of bent workpieces, ensuring reliability and consistency.
Oil Circuit System: The hydraulic oil circuit uses galvanized cold-drawn pipes to prevent oil leakage, improving system stability and long-term reliability.
Screws and Nuts: Galvanized screws and nuts enhance corrosion resistance, significantly extending the equipment’s service life.