High-Precision 4+1 Axis Smart CNC Press Brake for Heavy-Duty Metal Fabrication
The WE67K-300T/4000mm Smart CNC Electro-Hydraulic Press Brake is designed for high-precision sheet metal bending applications. Equipped with a reliable 4+1 axis control system and the advanced Delem DA53T CNC controller, this smart bending machine delivers exceptional accuracy, efficiency, and stable performance for industrial metal processing.
Built with a heavy-duty welded frame and electro-hydraulic synchronous technology, the machine ensures smooth operation, consistent bending angles, and long-term durability. It is widely used in stainless steel processing, steel structure fabrication, electrical cabinets, elevators, kitchen equipment, automotive parts, and industrial manufacturing industries.
300 Ton bending capacity with 4000mm bending length
Advanced 4+1 axis CNC control system
Equipped with Delem DA53T smart touch-screen controller
Electro-hydraulic synchronous control for high precision
Automatic hydraulic crowning compensation system
High-strength welded machine frame with stress relief treatment
Fast and accurate backgauge positioning
Energy-saving hydraulic system with stable performance
User-friendly programming interface for efficient operation
Suitable for stainless steel, carbon steel, aluminum, and metal sheet bending
The Delem DA53T CNC system offers an intuitive touch-screen interface with automatic bend calculation and programming functions. Operators can easily create bending programs, improve production efficiency, and reduce setup time. The smart control system supports multi-step bending operations and delivers highly accurate bending results.
Delem DA-53T is one of the most popular CNC systems in the press brake industry, featuring:
10.1” high-resolution color TFT display
Touchscreen operation for easy programming
Automatic bending sequence calculation
Angle correction and compensation
Multi-step programming capability
USB interface for data backup
The machine is equipped with a robust front support arm system, designed for enhanced productivity and operator convenience:
Adjustable height and position
Linear guide movement for smooth sliding
High load-bearing capacity
Anti-slip surface design (as shown in image)
Ideal for large sheet metal support
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.
CNC Punching Machine & Molds
1. Standard CNC V-type dies with various slot sizes and shapes for easy replacement, suitable for bending conventional sheet metal with high cost-effectiveness.
2. CNC V-type die workbench for convenient installation of sectional dies.
Scale from Italy GIVI
The slider position signal is fed back to the controller via the grating ruler, and the CNC controller adjusts the fuel supply of the oil tank.
By changing the opening degree of the synchronous valve, the sliders (Y1, Y2) are controlled to run at the same frequency to maintain the parallel state of the workbench.
High-Efficiency Crowning System for CNC Press Brake
Eliminate bending deflection with our motorized mechanical crowning system. Engineered for precision, it ensures consistent angles across the full bed length, enhancing accuracy and reducing waste in high-tonnage sheet metal fabrication.
High-Performance Electrical Control Cabinet for CNC Machinery
Our integrated control cabinets feature world-class components like Inovance drives and Schneider electrics. Designed for stability and safety, they ensure precision synchronization and reliable operation for industrial press brakes and high-speed CNC systems.
Backgauge
Close-up of BAiZHUO X+R axis backgauge with precision ball screw and helical gear system.
Quick Clamping System
High-Efficiency Quick Clamping System for CNC Press Brakes. Featuring a heavy-duty design for rapid mold changes, ensuring precise alignment, enhanced safety, and reduced downtime in sheet metal fabrication and industrial manufacturing.
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