Servo Hybrid 130T is an energy-efficient CNC press brake designed for precise, high-productivity sheet-metal forming. It delivers 130 tons of bending force across a 3200 mm working length, combining servo-electric pump control with hydraulic power for responsive, stable bending performance and reduced standby energy use. The machine is equipped with the ESA S660W graphical CNC control, featuring a large multi-touch interface, 3D workpiece visualization, tooling management, and support for complex multi-axis bending workflows.
The Servo Hybrid 130T/3200 is equipped with the ESA S660W CNC system, giving operators an intuitive multi-touch environment for precise, efficient, and repeatable sheet-metal forming.
19" Multi-Touch 3D Graphical CNC
The ESA S660W brings advanced 3D programming, touch-based operation, and tooling management to the Servo Hybrid 130T/3200—helping teams prepare complex jobs with greater confidence and control.
The Servo Hybrid 130T/3200 combines an oil-electric servo drive, closed-loop positioning, intelligent crowning, and ESA S660W 3D programming for stable, repeatable sheet-metal forming.
A robust press-brake platform supports dependable forming performance across the 3200 mm working length, providing a stable foundation for demanding production work.
Servo motor and hydraulic pump technology combine bending force with responsive speed and angle control, helping improve efficiency throughout the bending cycle.
Closed-loop Y1 and Y2 axis control uses magnetic grating feedback to monitor ram position and support accurate, repeatable bend results.
A ball-screw and linear-guide back-gauge system, driven by a digital AC servo motor, supports accurate positioning and controlled retraction between bends.
The CNC-controlled V-axis crowning system compensates for table deflection during bending, helping maintain straightness and consistent bend angles along the workpiece.
The servo motor remains inactive when the machine is not operating, reducing standby energy use and supporting quieter shop-floor conditions.
The 19-inch multi-touch ESA S660W supports 2D and 3D graphical programming, tooling management, and visual job preparation for complex bending workflows.
The hybrid system uses a split double-tank design and requires less hydraulic oil than conventional hydraulic press brakes, supporting cleaner long-duration operation.
Servo-drive response supports efficient bending cycles, while controlled oil temperature helps the machine maintain stable performance during extended production runs.
Core configuration data for the Servo Hybrid 130T/3200, engineered for energy-efficient and high-precision sheet-metal bending.
Specifications reflect the published 130T/3200 servo-hybrid platform and ESA S660W controller data. Final axes, tooling, safety equipment, electrical configuration, and options may vary by confirmed order specification.
Explore the servo-hybrid technology, precision feedback, CNC compensation, and digital programming tools behind the Servo Hybrid 130T/3200.
The 130T/3200 platform provides 1,300 kN of forming force across a 3,200 mm working length. Its 2,660 mm distance between housings, 400 mm throat depth, and 200 mm stroke support versatile sheet-metal bending operations.
A servo motor drives the hydraulic pump to combine hydraulic bending force with electrically controlled speed and angle response. The motor remains inactive in standby, supporting lower energy use and quieter idle conditions.
Magnetic grating rulers provide closed-loop feedback for the Y1 and Y2 ram axes. The CNC coordinates pump rotation and servo motion to control ram position for stable, repeatable bending performance.
The X-axis back gauge uses a ball screw and linear guide driven by a digital AC servo motor. Retraction control supports part clearance between bends, while CNC-controlled Z1/Z2 fingers can be configured for flexible part positioning.
The CNC-controlled V-axis crowning system compensates for worktable deflection during bending. This helps maintain bend straightness and consistent angle results along the length of the workpiece.
The ESA S660W provides a 19-inch capacitive multi-touch screen with 2D and 3D graphical programming. It supports CAD/CAM-oriented workflows, direct DXF tool-shape import, tool-library management, and angle measurement/correction compatibility.
The hybrid platform uses split double oil tanks and lower hydraulic-oil demand than conventional electro-hydraulic press brakes. Controlled oil temperature supports stable operation during extended production and automation-ready use.
Published platform information describes side protection and a lockable rear safety door. A light-curtain arrangement may be selected instead of the rear door, subject to the final machine configuration and applicable safety requirements.
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