Descripción
UmproTech HBC 600/6000 – 600 Ton x 6000 mm CNC Press Brake
The UmproTech HBC 600/6000 is a 600 ton, 6000 mm CNC press brake engineered for extreme heavy-plate and structural forming in US fabrication shops and OEM plants. With a full 6 m bed, 1000 mm motorized backgauge stroke and a heavy welded frame sized for true 600 ton work, it is built for large panels, structural members and long profiles where every misbend is expensive and uptime, accuracy and repeatability directly impact project margins.
Capacity: 600 ton · Bending length: 6000 mm · Back gauge stroke: 1000 mm · Hydraulics: Bosch-Rexroth · Axes: 4+1 CNC
Key advantages for US buyers
- 600 ton heavy-plate capacity: Bending force sized for thick plate, high-strength steels and structural members that push typical 300–400 ton brakes past their safe window. The HBC 600/6000 gives you headroom for today’s work and future projects, without running near maximum tonnage on every bend.
- 6000 mm (236 in) bed for extra-large parts: Full 6 m working length accommodates extra-long panels, frames, sidewalls, beams and large weldments in a single setup, minimizing seams, weld joints and post-weld straightening in large fabrications.
- 1000 mm motorized back gauge stroke: Deep backgauge stroke supports large flange lengths, deep box bending and large-format workpieces. This is especially important on long parts where both reach and rigidity of the backgauge determine what is practical to run.
- Bosch-Rexroth hydraulics: Industrial Bosch-Rexroth hydraulic components deliver smooth motion and stable pressure at high loads, giving consistent forming behavior over long runs and reducing variation between cycles and operators.
- FAGOR scales + motorized crowning: High-accuracy FAGOR linear scales and motorized crowning work together to keep angles and straightness within tolerance across the full 6000 mm length — critical when bending thick plate for structural, energy and infrastructure projects.
- 4+1 axis CNC configuration: 4+1 axis control (as tagged) supports complex bends, staged tooling and flexible setups for high-mix production, while still being robust enough for heavy, long parts that demand serious tonnage.
- Designed for integration into large fabrication cells: The footprint, foundation and utility requirements of the HBC 600/6000 are sized for heavy-duty US shops, making it a natural fit in lines built around plate cutting, beam processing and large weld cells.
Core technical specifications & forming envelope
Bending force: 600 ton
Suitable for heavy plate, structural members and demanding forming jobs where forming loads are extreme. Project-specific tonnage charts are used to map material grade, thickness and bend length so your team knows exactly which parts belong on this brake and which should move to a different process (flame beveling, rolling, etc.).
Bending length: 6000 mm
Handles extra-long parts, large enclosures and oversized panels up to 6000 mm (236 in) in one hit. This reduces the need to split parts, weld them back together and then straighten them, which saves hours on large assemblies and improves overall dimensional consistency.
Back gauge stroke: 1000 mm (motorized)
1000 mm motorized backgauge stroke enables deep box bending, large flange work and accurate gauging on long parts. The deep stroke gives operators more flexibility in where they locate parts relative to the punch, especially when working with large flanges or multiple bend lines on long components.
Open height & stroke: heavy-duty geometry
Open height and stroke are sized for tall tools, deep sections and heavy weldments typical of structural and plate work. Final daylight and stroke values are confirmed in the technical data sheet for your configuration, based on your tooling strategy and part mix.
Hydraulic system: Bosch-Rexroth
Bosch-Rexroth hydraulic valves and related components are configured for high-load, repetitive bending. Stable pressure and controlled ramp-up/down behavior help protect both the machine and your tooling at these tonnage levels, while maintaining consistent forming performance across shifts.
Position feedback: FAGOR linear scales
FAGOR scales provide high-resolution feedback on ram position across the full length of the machine. This is critical for maintaining consistent angle and flange length on large-format parts, especially when multiple bends and long fit-up surfaces are involved in a single component.
Crowning: Motorized crowning
Motorized crowning compensates for bed and ram deflection at 600 ton loads. Instead of chasing angles with shims, the crowning system applies programmable correction so long parts stay straight and angles hold from left to right, even when bending thick, high-strength plate.
Axis configuration: 4+1 CNC
4+1 axis CNC configuration (per tags) supports multi-axis backgauge and ram control. This enables repeatable setups, complex bend sequences and staged tooling for long parts, while keeping the control structure clear for operators and programmers.
Detailed values for stroke, open height, throat depth, axis travels, maximum speeds and positioning accuracy are defined in the project-specific technical specification and general arrangement (GA) drawings supplied with your machine.
Mechanical structure, frame design & hydraulic system
Main frame: heavy welded construction
The frame is a heavy welded structure with machined reference surfaces, designed to endure 600 ton loads over many years of production. Stiffness and controlled deflection are key; the design focuses on keeping frame movement predictable and within the correction range of crowning and angle control strategies.
Bed & ram: precision-machined
Bed and ram surfaces are machined to tight tolerances to ensure proper tooling alignment and contact. This is especially important in 600 ton forming where uneven contact or misalignment can shorten tooling life or introduce angle variation across long bends.
Ram guidance: guided ram with linear feedback
Guided ram system maintains parallelism and alignment through the bending stroke. Combined with FAGOR feedback, this allows the CNC to control approach depth precisely, even when forming thick material or compensating for springback in high-strength plate.
Hydraulic power unit: high-capacity HPU
The hydraulic power unit (HPU) is sized for continuous operation at high loads. It includes pump, motor, reservoir, filtration and cooling components selected for heavy-duty use. Access to filters and maintenance points is designed to simplify routine service and preserve oil quality over time.
Capabilities & typical applications
The HBC 600/6000 is designed for heavy-plate and structural parts where a misbend can scrap a high-value component. It can operate as a standalone forming cell or as part of a larger production flow combined with cutting, rolling and welding processes.
- Large structural frames, machine bases and heavy equipment parts that require 600 ton-class forming force and long, straight bends for accurate assembly.
- Panels, enclosures and cabinets up to 6000 mm long for process equipment, energy projects, industrial machinery and large infrastructure systems.
- Beams, channels and custom profiles for construction and OEM manufacturing, where long flange lengths, heavy sections and tight tolerances must be balanced.
- High-mix/low-volume jobs in thick material where setups must be repeatable and safe, but flexibility for changing part geometries is still required.
- Industries including heavy metal fabrication, mining and construction equipment, energy (oil & gas, wind, power), infrastructure and contract manufacturing focused on large, high-value components.
- Production cells combining upstream laser, plasma or saw lines with downstream robotic or manual welding, where the brake must keep pace with cutting capacity and supply accurate parts into weld fixtures.
Implementation & support for US shops
We partner with US fabricators, OEMs and system integrators to make sure every HBC 600/6000 is specified, installed and ramped up as a productive asset — not just a large machine parked on the floor. Our process starts with your real parts and project requirements, not just a generic spec sheet.
From pre-installation planning to training on bend sequences and tooling strategies, our focus is on getting your team bending large, heavy components safely and consistently.
- Pre-installation review: power, floor loading, foundations, crane coverage, rigging paths and safe material flow around a 6 m, 600 ton brake.
- Application engineering: part review, tonnage checks and bend sequence validation to confirm fit and identify the best tooling and sequences for your plate and profiles.
- Operator training & handover: programming and setup training based on your real jobs, so operators can move from first parts to stable production quickly.
- Ongoing support: assistance with new part introduction, process refinement and basic maintenance practices to keep the machine running at full capability.
Next step: send us sample parts or project requirements (material, thickness, bend length and volumes). We will confirm fit and capacity, estimate cycle times and recommend a configuration tuned to your application and plant layout.
