In the wave of sheet metal fabrication equipment upgrades, pump-controlled servo press brakes are gradually replacing traditional valve-controlled models by virtue of their comprehensive advantages in precision and efficiency. The performance gap between machines is essentially a structural gap. The 8 core upgrades optimize the entire chain from control and power to execution and positioning, building a more stable and efficient forming capability.
01 SYNTEC × WUJIA Customized CNC System
Equipped with a SYNTEC × WUJIA customized CNC system, it features deep optimization in computing speed and operation logic compared to general-purpose systems. It is more convenient to operate and more powerful in control, providing a smooth running foundation for complex multi-bend programming.
02 Integrated High-Speed Pump-Controlled Hydraulic Station
Adopting an integrated high-speed pump-controlled hydraulic station, the servo motor directly drives the oil pump, eliminating the throttling link. It responds faster, smoothly and steadily, has the ability to resist extreme cold and heat, ensures stable precision during long-term production, and reduces the risk of oil leakage.
03 High-Speed Tandem Hydraulic Cylinder
The high-speed tandem hydraulic cylinder achieves excellent performance of 380mm/s rapid descent speed and 25mm/s return speed. The tandem cylinder structure achieves a perfect match of speed and pressure, greatly shortening the idle and return time, and directly improving the overall production cycle.
04 High-Precision Magnetic Scale + Full Closed-Loop
Standard equipped with a high-precision magnetic scale and full closed-loop control, achieving ±0.014mm repeat positioning accuracy. Compared with semi-closed-loop systems, the full closed-loop system provides real-time feedback and corrects errors, creating a micron-level precision and stable chassis.
05 Servo Compensation Worktable
Aiming at the common pain point of uneven angles across the full width of long workpieces during bending, the servo compensation worktable can counteract the deflection deformation of the machine body in real time, making the bending angle uniform across the entire length without manual shimming. This not only improves the accuracy of long workpieces, but also saves repeated debugging time, doubling efficiency.
06 Honeycomb Aluminum Alloy Back Gauge Crossbeam
The back gauge system adopts a honeycomb aluminum alloy crossbeam, which balances high rigidity and lightweight. Compared with traditional cast iron crossbeams, it moves faster, has less inertia, and more sensitive positioning response, adapting to high-precision multi-variety production.
07 Standard 6th Axis Stop Ruler Compensation
The positioning system comes standard with 6th axis stop ruler compensation, expanding the positioning dimension and reducing the clamping times for complex multi-bend workpieces. It is simpler to operate and has higher precision, easily meeting complex multi-bend process requirements.
08 Standard Bending Anti-Crushing Strip Device for All Models
The slider and clamp execution components come standard with a bending anti-crushing strip device, ensuring stable mold clamping and preventing displacement, reducing hard contact between the upper mold and the workpiece, and effectively avoiding sheet surface scratches. For high-demand workpieces such as stainless steel and decorative panels, this design significantly reduces the scrap rate.
The Final Goal of Structural Upgrades: Real Gains on the Production Side
The 8 upgrades cover the entire chain of control, power, execution, detection, positioning, and compensation, ultimately translating into higher batch processing accuracy, faster production cycles, less debugging time, and lower scrap rates. Whether for standard parts mass production or multi-variety small-batch orders, the performance improvement brought by structural upgrades can be practically transformed into production capacity and quality competitiveness.