WE67K-160T/2500 Electro-Hydraulic Servo CNC Press Brake
WE67K-160T/2500 (4+1 axis) Electro-Hydraulic Servo CNC Press Brake
Introduction
In metal fabrication, the press brake is an indispensable machine — its performance and precision directly determine product quality and production efficiency. Today, PLSON introduces the WE67K-160T/2500 (4+1 axis) electro-hydraulic servo CNC press brake, a machine that combines technological innovation with precision control.
With 160 tons of bending force and a 2,500mm working length, this machine is engineered for shops that demand accuracy, stability, and operator-friendly design. Here’s what makes it stand out.

1. Flexible Front Support Bracket — Practicality by Design

The WE67K-160T/2500 is designed around real workshop needs. Its front support bracket can be manually moved along the worktable to the ideal position for each workpiece and locked firmly in place.
Why it matters:
| Benefit | Impact |
|---|---|
| Adjustable positioning | Fits long strips and irregularly shaped workpieces |
| Secure locking | Stable, safe support throughout the bending cycle |
| Quick repositioning | No tools required — save minutes between jobs |
Whether you’re bending long sheet metal strips or complex shapes, the front support keeps the workpiece stable and the operator in full control.
2. TP10S CNC System — Precision Control at Your Fingertips

The TP10S control system gives operators complete command over every critical parameter: bend angle, speed, and pressure — all settable and monitored in real time.
Smart Parameter Adjustment
The system’s intelligent algorithm reads your input parameters and automatically adjusts machine operation to ensure every bend meets the preset accuracy requirement — no manual fine-tuning between bends.
Multi-Language Programming
TP10S supports multiple programming methods, allowing operators to create custom programs for their specific applications. This flexibility extends the machine’s range far beyond simple 90° bends:
- Multi-angle bend sequences
- Custom flange dimensions
- Repeatable batch programs stored in memory
- Graphical programming for complex parts
3. Mechanical Compensation System — Accuracy That Stays Consistent

Even the strongest frame deflects slightly under full tonnage. The WE67K-160T/2500’s mechanical compensation device monitors and compensates for deformation caused by material thickness, hardness, and bending force variations in real time.
| What It Does | Result |
|---|---|
| Compensates frame deflection during bending | Consistent bend angles across the full 2,500mm length |
| Adjusts for material variation | Dimensional and shape accuracy maintained batch after batch |
| Reduces tooling stress | Longer tooling and machine service life |
The outcome: higher machining precision and lower total cost of ownership.
4. Ball Screw Linear Guide Back Gauge — Fast, Precise Positioning

The back gauge is where setup speed meets positioning accuracy. The WE67K-160T/2500 uses a ball screw linear guide system — a design that delivers:
- High positioning accuracy — the ball screw converts motor rotation into precise linear movement
- Smooth, reliable motion — linear guides eliminate friction-induced sticking
- Rapid positioning — the back gauge reaches its preset position quickly, cutting setup time between bends
- Durability in harsh environments — excellent wear and corrosion resistance keep performance stable even in dusty or humid workshops
5. Linear Scales — Real-Time Measurement and Feedback

To guarantee every bend hits the target, the WE67K-160T/2500 is equipped with high-precision linear scales on both sides of the machine.
How It Works
Each linear scale is a high-accuracy displacement sensor that precisely measures and feeds back the distance between the ram and the lower worktable. By continuously monitoring ram position in real time:
- Constant speed and pressure are maintained throughout the bending stroke
- Errors from improper operation or equipment drift are detected and corrected immediately
- Operator confidence increases — the machine tells you exactly what’s happening, bend after bend
The result: higher machining precision and a more intuitive, accurate operating experience.
6. Servo Motor — Energy-Efficient Power

The main motor is a servo motor — the modern industry standard for efficiency, stability, and energy savings.
| Advantage | What It Means for You |
|---|---|
| Precise speed & torque control | Constant power output during every bending cycle |
| Energy efficiency | Lower electricity consumption vs. traditional motors |
| Stable operation | Consistent machine performance over long production runs |
| Reduced heat generation | Longer component life and cooler workshop environment |
Specification Snapshot
| Parameter | WE67K-160T/2500 |
|---|---|
| Rated Force | 160 tons |
| Working Length | 2,500mm |
| Axis Configuration | 4+1 (Y1, Y2, X, R + 1 auxiliary) |
| Control System | TP10S CNC |
| Frame Type | Electro-hydraulic servo |
| Positioning | Ball screw linear guide back gauge |
| Measurement | Linear scales on both sides |
| Compensation | Mechanical |
Why the WE67K-160T/2500 Fits Your Workshop
- Precision: TP10S control + linear scales + mechanical compensation = consistent, repeatable bends
- Efficiency: servo drive and rapid back gauge positioning shorten every cycle
- Flexibility: adjustable front support and multi-program control handle diverse workpieces
- Reliability: ball screw linear guides and high-grade components endure demanding shifts
- Value: energy-efficient servo power lowers operating costs over the machine’s lifetime
Want to see the WE67K-160T/2500 in action or request a quotation? PLSON engineers can provide detailed specifications, a video demo, and shipping costs to your port.
[Request a Quote →] 📧 Eric@plsonmachine.com 🏭 Haian Industry Park, Jiangsu Province, China