170T 3200mm CNC Bending Machine with MT15 Touch Screen Controller
Industrial-Grade Efficiency with Dual-Axis Servo Control & Advanced CNC Intelligence
| Item | Value |
| Model | WE67K 170T 3200 4 + 1 Axis |
| Pressure | 170 tons |
| Max. Bending Length | 3200 mm |
| Max. Bending Thickness (for 3m Plate) | 7 mm |
| Column Distance | 2600 mm |
| Sliding Stroke | 200 mm |
| Max. Opening Height | 480 mm |
| Throat Depth | 400 mm |
| Main Motor Power | 11 kW |
| Machine Dimensions (L×W×H) | 3900×1900×2600 mm |
| Weight | 10500 kg |
| Axes | Y1, Y2, X |
A. Smart Control & Precision Engineering
Intuitive Interface: Powered by the Laimore MT15 CNC system, offering a graphical interface for seamless multi-bend programming and 2D/3D visualization.
Dual-Axis Accuracy: Synchronized Y1-Y2 cylinders combined with high-resolution linear scales guarantee bending parallelism and high repetitive accuracy.
B. Top-Tier Component Integration
Full Servo Drive System: Equipped with Inovance (汇川) servo motors and drives, significantly reducing energy consumption while increasing ram speed and positioning precision.
Reliable Backgauge (X-Axis): High-speed backgauge system utilizing precision ball screws and linear guides to handle complex sheet metal dimensions with ease.
C. Safety & Stability
Professional Electrical Cabinet: Neat, standardized wiring with industrial-grade cooling fans and global-standard safety components for long-term stability.
Enhanced Safety Design: Includes heavy-duty anti-slip foot pedals and integrated emergency stop systems, compliant with international safety standards.



Laimore MT15 CNC Controller for Press Brake
The Laimore MT15 CNC controller features a smart touchscreen interface, high-precision bending control, and easy operation for hydraulic CNC press brakes. It supports automatic programming, real-time parameter adjustment, and stable multi-axis synchronization, improving sheet metal bending accuracy, production efficiency, and overall machine performance for modern metal fabrication industries.

CNC Press Brake Servo Motor System
The high-performance servo motor system delivers precise backgauge positioning, stable transmission, and efficient motion control for CNC press brakes. Featuring low noise, energy saving, and fast response speed, it improves bending accuracy, machine stability, and production efficiency, making it ideal for modern sheet metal fabrication and industrial metal processing applications.

CNC Press Brake Backgauge System
The high-precision CNC backgauge system ensures accurate positioning and stable movement for sheet metal bending. Equipped with a servo motor, linear guide rails, and ball screw transmission, it delivers fast response, high repeatability, and improved bending efficiency. Ideal for precision metal fabrication and modern hydraulic CNC press brake applications.

Precision CNC Backgauge for Press Brake
The CNC press brake backgauge system features high-precision linear guide rails and ball screw transmission for smooth and accurate positioning. Designed for efficient sheet metal bending, it offers fast movement, stable operation, and excellent repeatability, improving bending accuracy and productivity in modern hydraulic CNC press brake applications.

High-Precision Hydraulic Cylinder for CNC Press Brake
The CNC press brake hydraulic cylinder delivers stable pressure control, smooth operation, and high bending accuracy. Manufactured with precision machining technology and durable sealing components, it ensures reliable synchronization, long service life, and efficient hydraulic performance for heavy-duty sheet metal bending and industrial metal fabrication applications.

High-Precision CNC Press Brake Backgauge System
Upgrade your metal fabrication with our heavy-duty CNC backgauge. Engineered for maximum stability and accuracy, this multi-axis system ensures precise sheet positioning for complex bending tasks. Featuring durable finger stops and a rugged linear guide design, it minimizes setup time while maximizing repeatability. Ideal for industrial press brakes requiring high-speed, reliable performance.

Premium CNC Press Brake Tooling | Punch and Multi-V Die
Enhance your bending precision with our high-quality press brake tooling. This set features a hardened top punch and a versatile multi-V block die, designed for seamless compatibility with various plate thicknesses. Crafted from heavy-duty alloy steel, our tools ensure exceptional wear resistance and long-term accuracy for all your sheet metal fabrication needs.

Industrial Foot Pedal Switch with Emergency Stop
Ensure maximum safety and hands-free control with our heavy-duty foot pedal switch. Designed for CNC press brakes and industrial machinery, it features a responsive dual-pedal system and a highly visible emergency stop button. Built for durability in harsh workshop environments, this ergonomic controller enhances operational efficiency and workplace safety standards.

Professional CNC Electrical Control Cabinet with Inovance VFD
Optimize your machinery with our advanced electrical control cabinet. Featuring high-performance Inovance VFDs and precision servo drives, this integrated system ensures stable power distribution and accurate motor control. Designed for CNC press brakes, the organized wiring and industrial-grade components guarantee long-term reliability, safety, and high-speed operational efficiency.

Main Servo Motor
1.High-precision control system ensures excellent positioning accuracy.
2.High efficiency, low noise operation, and reduced energy consumption。
3. Wide speed adjustment range to meet various processing requirements.
4. Stable operation and high reliability, reducing equipment failures and maintenance costs.

High-Precision GIVI MISURE Linear Scale for CNC Press Brake
Ensure micron-level accuracy with our GIVI MISURE linear scale. Specifically designed for CNC press brake Y1 and Y2 axis positioning, this optical linear encoder provides real-time feedback for perfect bending synchronization. Featuring a robust, vibration-resistant housing and high-speed data transmission, it guarantees long-term reliability and superior repeat accuracy in metal fabrication.




