Description
UmproTech HBF 170/3200 – 170 Ton 6-Axis CNC Press Brake, 3200 mm
The UmproTech HBF 170/3200 is a heavy-duty, 170-ton 6-axis CNC press brake engineered for US fabrication shops and OEM plants that live on thick material, long parts and demanding tolerances. With 170 tons of available force across a 3200 mm (126 in) bed, a fast 6-axis backgauge and a Delem DA-66T graphical controller, it is built to sit in the middle of a modern sheet metal or light structural line, run all shift long and hold angle without constant “babysitting” by your best operator.
Capacity: 170 ton · Bending length: 3200 mm (126 in) · Backgauge / axes: 6-axis CNC · Controller: Delem DA-66T
System overview & positioning for US shops
The HBF 170/3200 is positioned as a core “workhorse” press brake for US job shops and OEMs that have moved beyond light sheet metal into heavier-gauge work, but still need a highly flexible, high-mix machine rather than a single-purpose giant brake.
Typical users run the HBF 170/3200 as a main forming center for:
- Heavy-gauge steel, stainless and aluminum parts that push the limits of 135-ton machines.
- Long panels, cabinets, frames and structural components that must be bent in one piece, not split and welded.
- High-mix bending where setups and changeovers are constant, but angles still have to stay tight.
- Cells built around fiber lasers, punch presses and welding stations that need a reliable, high-tonnage bending stage.
Rather than oversizing into a “monster brake” that is slow and hard to keep busy, the HBF 170/3200 is sized to cover the majority of heavy work in a modern US fab shop, with enough tonnage to handle serious parts and enough finesse for high-precision, multi-bend geometries.
Key advantages for US buyers
- 170 ton “real world” capacity: Handles heavy gauge materials and larger profiles that are beyond typical 100–135 ton brakes, without stepping all the way up into a very large, slow machine.
- 3200 mm (126 in) bending length: Supports doors, panels, cabinets, structural frames and sidewalls up to 3200 mm in one setup, cutting out seams, welds and straightening work downstream.
- 6-axis CNC backgauge: Advanced backgauge and ram control (X, R, Z1, Z2 with independent Y1/Y2) enables complex part geometries, short flanges, staged setups and mirrored parts with tight flange repeatability.
- Delem DA-66T graphical controller: Modern touch interface with 2D/3D style programming, bend simulation and sequence optimization to reduce trial bends, scrap and setup time – especially valuable in high-mix environments.
- Servo-hydraulic drive with CNC crowning: Efficient, precise and repeatable motion that keeps angles and cycle times stable, while CNC crowning automatically compensates for deflection on longer and heavier parts.
- High-mix, high-precision ready: Designed to live in fabrication cells or run as a standalone forming center, feeding weld cells and assembly with accurate parts instead of rework.
- US-focused implementation: Electrical, guarding and documentation configured for US industrial requirements, with support aimed at job shops and OEMs that cannot afford extended downtime.
Key technical specifications
Bending force: 170 ton
Suited for forming heavy gauge steel, stainless and aluminum within a defined tonnage envelope. Tonnage charts by material, thickness and bend length are used to confirm that the HBF 170/3200 is the right match for your parts and to flag work that should move to a larger capacity.
Bending length: 3200 mm
Accommodates long panels, doors, cabinets, machine covers and structural profiles up to 3200 mm (126 in), minimizing seams and eliminating many weld-and-straighten steps in your process flow.
Axes: 6-axis CNC
Advanced 6-axis backgauge and ram control provide the flexibility to handle short flanges, staged tooling, multiple bend planes and complex sequences, while maintaining tight tolerances on flange length and angle.
Controller: Delem DA-66T CNC
Graphical Delem control with 2D/3D style programming, bend simulation, offline programming capability (where configured) and real-time diagnostics. Job and tool libraries allow fast recall of repeat parts and standard setups across shifts.
Drive system: Servo-hydraulic with CNC crowning
Servo-hydraulic system delivers efficient, precise and repeatable motion. CNC crowning compensates for bed and ram deflection over the 3200 mm length, ensuring consistent angles even on heavier sections and long bends.
Open height & stroke: application-focused
Open height and stroke are sized to support tall tools, deep boxes and return flanges typical of heavy-duty enclosures and frames. Exact values are confirmed against your part drawings and selected tooling during the proposal stage.
CNC control, programming & operator workflow
Delem DA-66T interface:
Familiar Delem environment for operators who have used other modern CNC brakes. Clear graphical part views, bend steps and backgauge positions help reduce errors and speed up setup.
Programming modes:
Supports numeric entry, 2D part programming and (where configured) 3D-style graphical programming. Bend sequence suggestions and simulation help reduce the number of trial bends on new parts or thicker material.
Job & tool libraries:
Store jobs, tools and material data so repeat orders can be recalled quickly and run consistently, even as operators change between shifts. Libraries help standardize best practices and reduce tribal knowledge risk.
Diagnostics & alerts:
Real-time diagnostics and status information help maintenance and operators identify issues quickly, keeping the brake in production and minimizing unplanned downtime.
Accuracy, mechanical design & repeatability
Frame & bed construction:
Heavy welded frame and precision-machined bed/ram surfaces are designed to handle repeated 170-ton loading with controlled deflection. This structural stiffness supports consistent angle and flange performance over the life of the machine.
Ram guidance & Y1/Y2 control:
Guided ram design with independent Y1/Y2 axis control maintains parallelism and alignment under load, allowing the brake to hold angle across the full working length when combined with CNC crowning and proper tooling.
Backgauge precision:
Precision backgauge hardware and servo drives give repeatable positioning on flange lengths, which is critical when parts must fit into weld fixtures or assemblies without rework or hand fitting.
Detailed positioning accuracy, repeatability and straightness tolerances are defined in the technical proposal for your HBF 170/3200 configuration.
Capabilities & typical applications
This 170-ton, 6-axis CNC press brake is a core solution for US job shops, OEMs and fabrication cells that require higher tonnage, long-part capability and flexible automation. It integrates naturally with laser cutting, punching and welding processes in a streamlined production flow.
- Production of panels, enclosures, cabinets and structural frames up to 3200 mm (126 in) long.
- Forming heavy gauge steel, stainless and aluminum components (within the rated 170-ton capacity and tonnage charts).
- Machinery housings, equipment bases, heavy-duty brackets, stiffeners and channels for industrial OEMs.
- Ideal for metal fabrication, OEM equipment, contract manufacturing and high-mix/low-volume job-shop work.
- Supports prototyping, fixtures, short runs and repeat orders that demand tight angles and stable dimensions for downstream welding and assembly.
Implementation & support for US shops
Our team works closely with US job shops and OEMs to make the HBF 170/3200 a productive asset from day one – not just another piece of equipment on the floor. We start with your real parts and volumes, then configure the machine, axes, tooling and control options around your work.
- Pre-installation review for power, floor, rigging and material flow requirements.
- Part and material fit confirmation before purchase, including tonnage checks and bend feasibility.
- Assistance with initial programs, tooling strategies and bend sequences for your first production jobs.
- On-site or remote operator training and basic programming support to get your team up to speed quickly.
- Guidance on integrating the brake into existing laser, punching and welding cells, with an eye on throughput and bottlenecks.
Next step: send us sample parts or drawings with material, thickness and bend lengths. We will confirm fit, capacity, indicative cycle times and a recommended configuration for your application.
