Explore our highly precise, heavy-duty CNC bending machinery systems engineered for modern industrial sheet metal fabrication facilities.
Modern industrial manufacturing requires unprecedented precision, cycle speed, and repeatability. Bending processes are no longer isolated manual operations. Instead, they are deeply integrated links in intelligent sheet metal processing chains. Manufacturers worldwide face structural changes driven by the demand for tight tolerances in industries like aerospace, automotive, electronics, and precision instrumentation.
As a senior bending machine factory and certified CNC machinery builder, we design systems that replace error-prone manual calculations with closed-loop computerized feedback mechanisms. By incorporating intelligent deflection compensation (crowning) and multi-axis backgauges, our bending solutions guarantee constant angle deviation down to milliseconds of degrees, regardless of material thickness fluctuations.
Building heavy industrial machines requires rigorous architectural precision. Our advanced manufacturing plant integrates every phase of fabrication, assembly, and performance testing.
Established in July 2004, our company has grown from a specialized engineering team to a global machinery powerhouse. We currently operate over 500 square meters of research and office space, supported by a heavy-duty production floor exceeding 32,000 square meters.
Driven by continuous technology development, we possess full intellectual property rights, exporting high-end fabrication equipment to key industrial regions including the USA, Canada, Australia, Europe, Southeast Asia, and Africa. Operating in more than 150 countries, we maintain direct control over the manufacturing lifecycle to ensure top-tier performance for over 20,000 active users.
Every bending machine and auxiliary CNC system undergoes strict multi-point structural stress analysis, heat tempering, and mechanical balancing. This ensures long-term operational integrity and shields your equipment against structural strain over years of continuous multi-shift production cycles.
To secure international market access and demonstrate exceptional reliability, our entire equipment range complies with international directives. We offer full peace of mind for rigorous verification processes:
A comparative analysis of our standard configurations to match your production tonnage, stroke rate, and precision demands.
| Bending Technology Series | Drive Mechanism | Synchronization System | Crowning System | Ideal Application Profile |
|---|---|---|---|---|
| WC67K Series | Hydraulic cylinder, dual-piston | Mechanical torsion bar | Manual mechanical / Optional | Standard parts fabrication, high tonnage steel plate, cost-effective workshops |
| WE67K Series | Electro-hydraulic proportional valves | Electronic linear scales closed-loop | Automatic CNC motorized hydraulic | Complex geometries, high precision tolerances, aluminum and stainless steel |
| Full Electric Servo Series | High-torque double servo motors | Fully electric ball screw direct drive | Unnecessary due to structural design | High-speed stamping parts, ultra-precision medical parts, low power setups |
| LHA05 Flexible Series | Multi-axis servo automation | Continuous multi-angle panel folding | Integrated self-adjusting dynamics | HVAC, metal cabinets, complex box enclosures, robotic integrated stations |
Our technology is customized to address the mechanical challenges faced by various production environments around the globe.
For thick carbon steel plates and structural elements, we supply high-capacity systems up to 500T. They feature reinforced frames, large throat depths, and long stroke parameters designed for rugged, multi-shift operation.
Using pure electric servo drive shafts, these machines operate without traditional hydraulic oil, reducing energy usage and thermal expansion problems. They achieve angle repeatability down to ±0.3 degrees, perfect for thin stainless steel parts.
Designed for large enclosures, doors, and covers. Automated sheet followers support high-performance operations, minimizing manual work and avoiding material scratches or operator fatigue during high-volume production runs.
Procuring high-value machinery assets requires assessing the total cost of ownership (TCO) rather than just initial purchase prices. Modern factory managers evaluate parameters such as hydraulic component availability, software upgrade support, structural steel thickness, and overall energy usage during continuous operation.
Our factories integrate high-quality components from international brands, including German Rexroth valve blocks, Schneider electrics, Heidenhain linear encoders, and Delem controllers. This ensures that maintenance crews can quickly access local components, saving time and simplifying global spare parts logistics.
By using standardized programming protocols (such as DXF import and off-line 3D CAD/CAM software), engineering teams can design and simulate parts offline. This minimizes setup times and prevents raw material waste during physical test bends.
Our strategic vision is to build highly connected production systems by integrating press brakes, laser cutting, welding, and cleaning stations into unified, smart factories.
Integrating robotic arms with press brakes creates automatic bending cells. The robot handles part loading, positioning, turning, and stacking, enabling efficient, unstaffed overnight production shifts.
Our new generation of controllers connects to your central database, allowing real-time monitoring of operation speeds, error reports, and maintenance schedules directly from office dashboards.
Our product line includes laser cutters, welders, and cleaning equipment. Integrating laser cutting directly with precision bending steps establishes a fast, smooth workflow for structural steel parts.
Detailed engineering answers to the most common questions from procurement managers and operators.
The WC67K series uses a mechanical torsion bar to link the physical cylinders, forcing them to descend together. While cost-effective, it is less suited for offset loads. The WE67K series uses electronic proportional valves and linear scales. The CNC independently monitors and adjusts each cylinder (Y1/Y2) in real time, delivering high accuracy even when bending offset parts.
During deep bends on high-tonnage machines, the center of the bed naturally deflects downward. A crowning system uses adjustable wedges in the lower bed to counteract this deflection. Automatically calculated by the CNC based on thickness and material yield strength, this ensures the top and bottom dies remain perfectly parallel, delivering uniform angles along the entire length of the bend.
Pure electric servo press brakes offer high speed, low maintenance, and energy savings. They operate without hydraulic oil, eliminating hydraulic leaks and thermal issues, which helps keep parts consistent. These machines consume energy only during the downward stroke, making them ideal for precise, small parts in electronics and medical manufacturing.
Safety compliance is crucial. Our bending machines feature dual-side light curtain sensors or laser safety guards (such as DSP or Lazersafe) near the punch tip. They also include emergency shut-offs, low-voltage control circuits, and interlocked rear gates, meeting EU CE and American FDA safety standards.
Explore our complete range of high-efficiency press brakes, customized systems, and folding machines built for dependable factory output.
Our CNC sheet metal press brakes are versatile tools used across multiple material profiles and production sectors.
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