A heavy-duty CNC hydraulic press brake engineered for precision forming of large-scale pressure-vessel components. 6000 kN of bending force across an extended 7000 mm working length, controlled by the ESA 850 CNC system to support accurate, repeatable bending of long and thick sheet-metal workpieces.
Designed for the 600T/7000 CNC hydraulic press brake, the ESA S850 provides a touchscreen control environment for the accurate, repeatable forming of long and heavy plate used in pressure-vessel fabrication.
Touchscreen CNC for Heavy Plate Forming
The ESA S850 gives operators a clear touchscreen interface for managing forming data on this 600-ton, 7000 mm hydraulic press brake. It supports controlled setup and repeatable bending workflows for large pressure-vessel shells, heavy structural components, and other long plate applications.
Engineered for pressure-vessel fabrication and other demanding heavy-plate applications, the 600T/7000 CNC hydraulic press brake combines high forming force, an extended working length, and controlled ESA S850 programming.
Delivers 600 tons of bending capacity for controlled forming of heavy plate, enabling demanding fabrication work where high force and stable ram performance are essential.
The extended 7000 mm bed supports the bending of long vessel sections, shell components, structural plate, and oversized fabricated parts with fewer repositioning steps.
Configured for heavy-duty forming work associated with pressure-vessel fabrication, including long plate sections, shell-related components, and welded assembly preparation.
The CNC hydraulic system supports consistent ram movement and controlled forming conditions, helping operators manage demanding bends across long and high-tonnage workpieces.
The ESA S850 touchscreen control provides an organized CNC workflow for managing bend data and coordinated machine functions in large-scale heavy-plate production.
A rigid press-brake platform is designed to support the stability required when bending long, heavy workpieces, helping maintain repeatability throughout demanding fabrication cycles.
Core configuration data for the 600T/7000 CNC hydraulic press brake, engineered for pressure-vessel fabrication and long-format heavy-plate forming.
Machine configuration may be tailored to material grade, plate thickness, tooling, workpiece geometry, production workflow, and applicable safety requirements.
Explore the structural and control-focused elements of the 600T/7000 CNC hydraulic press brake, engineered for pressure-vessel fabrication and other demanding long-format bending applications.
A rigid heavy-duty frame and base structure provide the foundation for 600-ton bending force across a 7000 mm working length. The machine platform is designed to support stable forming of long, heavy plate workpieces used in pressure-vessel and structural fabrication.
The hydraulic drive system delivers the controlled force required for heavy-plate bending. Its role is to support stable ram movement and consistent forming conditions during demanding production of long vessel sections, shells, and fabricated plate components.
The ESA S850 provides a touchscreen CNC workspace for managing bending data and coordinated machine functions. Its 15.6-inch touchscreen and support for up to six axes provide a suitable foundation for organized setup and repeatable heavy-plate forming workflows.
The CNC-controlled backgauge supports accurate workpiece positioning during repeat bending operations. Its final axis arrangement and travel range can be specified according to plate geometry, tooling requirements, and the pressure-vessel components being produced.
For long, high-tonnage bends, crowning compensation can help address deflection across the working length. The applicable compensation arrangement is selected according to material type, plate thickness, bend length, tooling, and required part accuracy.
Tooling selection and material-support equipment can be configured for the plate grade, thickness, bend geometry, and handling demands of each project. Optional support solutions may assist safe positioning of long and heavy workpieces during forming.
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