Descripción
UmproTech HBM 63/2500C – 63 Ton 2-Axis CNC Press Brake, 2500 mm
The UmproTech HBM 63/2500C is a versatile 63 ton CNC press brake with 2500 mm bending length, engineered for US job shops, OEMs, and fabrication cells that need dependable, accurate forming across a broad mix of parts. With Bosch-Rexroth hydraulics, a TP10S CNC touchscreen, servo back gauge with three stops, and quick-change Promecam tooling, it is designed to thrive in high-mix, low-volume environments where setup speed and repeatability directly impact profitability.
Capacity: 63 ton · Bending length: 2500 mm · Between columns: 1980 mm · Axes: 2 (Y, X) · Controller: TP10S CNC
Overview & positioning
The HBM 63/2500C is positioned as a “workhorse” CNC press brake for light- to medium-gauge forming work. Its 63 ton capacity and 2500 mm bed length cover the majority of panels, brackets, and small cabinets found in typical US job shop and OEM production. It sits in the sweet spot between compact, low-tonnage brakes and heavier, long-bed machines, making it a highly flexible choice for mixed part portfolios.
For shops juggling many part numbers, small batch sizes, and frequent engineering changes, the HBM 63/2500C offers the right balance of power, footprint, and CNC capability. The TP10S controller allows operators to set up and store bend sequences, recall jobs quickly, and keep work flowing without relying on manual notes or one “expert” operator. The servo-driven back gauge with three stops further supports efficient multi-step bending sequences and repeat orders.
Whether you are building electrical enclosures, machinery frames, HVAC panels, or custom fabrications, the HBM 63/2500C is designed to take over as your primary mid-size CNC press brake, or to offload small and medium parts from larger, high-tonnage equipment to improve overall throughput.
Key advantages for US buyers
- 63 ton bending capacity covers a broad range of sheet metal jobs—from small brackets and profiles to medium-sized cabinets and panels—without oversizing the machine for everyday work.
- 2500 mm bending length and 1980 mm between columns allow forming of medium-length parts while maintaining good access for loading, unloading, and fixturing, suitable for many standard US sheet sizes and cut blanks.
- TP10S CNC touchscreen controller simplifies job setup with intuitive screens for programming bend angles, flange lengths, and sequences, helping reduce setup time and training requirements for new operators.
- Servo-driven back gauge with three stops provides precise, repeatable positioning for multi-bend parts, making it easier to run complex jobs and repeat orders with consistent results from shift to shift.
- Bosch-Rexroth hydraulic package delivers stable pressure and smooth ram motion, contributing to consistent bend angles and long-term reliability in demanding production environments.
- Promecam quick-change tooling system allows fast punch and die swaps between jobs, minimizing downtime in high-mix/low-volume production and supporting diverse part geometries with standard tooling libraries.
- Cell-ready footprint makes integration straightforward alongside fiber lasers, turret punches, saws, and welding stations in lean, cell-based layouts.
High-level technical specification
| Machine type | 2-axis CNC hydraulic press brake |
| Bending capacity | 63 ton |
| Bending length | 2500 mm |
| Distance between columns | 1980 mm |
| Axes | 2-axis CNC (Y – ram, X – back gauge) |
| Control system | TP10S CNC touchscreen controller |
| Hydraulics | Bosch-Rexroth industrial hydraulic components |
| Back gauge | Servo-driven system with three stops |
| Tooling interface | Promecam quick-change tooling system |
| Typical materials | Mild steel, stainless steel, aluminum sheet and plate within rated tonnage |
| Ideal usage | Job shops, contract manufacturing, OEM production, and general fabrication |
Geometry & working envelope
Bending length: 2500 mm
The 2500 mm working length is suitable for medium-sized panels, small doors, enclosure parts, and frames. Many common fabrications can be formed in a single setup without repositioning, increasing throughput and reducing operator handling.
Distance between columns: 1980 mm
With 1980 mm between uprights, the machine offers a generous clear width for part manipulation and fixturing. This helps when handling wider parts, offset bends, or components with flanges that extend beyond the main profile.
Daylight & stroke (per configuration)
Daylight and stroke are configured to comfortably handle typical punch and die heights plus part geometry in multi-bend sequences. This supports forming of channels, hat sections, and box-like shapes commonly found in electrical, HVAC, and machinery applications.
Back gauge working range
The servo-driven back gauge provides ample travel for both short flanges on compact parts and longer flanges on medium-sized panels, helping a single machine cover a broad part mix without manual repositioning between bends.
Structure & mechanical design
Frame construction:
A heavy welded steel frame provides the rigidity needed to maintain parallelism and minimize deflection at 63 ton capacity. This supports consistent forming quality and helps preserve accuracy as the machine is used daily in a production environment.
Ram guidance:
Precision-guided ram movement maintains alignment between the ram and bed, supporting uniform bend angles across the part width, especially important for panels and enclosure parts where straightness and fit are critical.
Tooling interface:
The Promecam tooling system supports a wide range of standard punches and dies and enables quick tool changes. This is a key advantage for high-mix operations where jobs frequently switch between material thicknesses, radii, and part geometries throughout the day.
Controls, electronics & CNC functions
TP10S CNC touchscreen:
The TP10S controller offers an intuitive graphical interface where operators can program bend angles, flange lengths, and sequences, then store and recall jobs. This reduces the reliance on manual calculations and enables repeatable results even with multiple operators.
2-axis CNC control (Y, X):
Closed-loop control of the ram depth (Y) and back gauge (X) ensures consistent angles and flange dimensions. This is particularly valuable in shops where the same part may be produced across different shifts or by different operators and consistency is non-negotiable.
Servo-driven back gauge with three stops:
Three programmable stops on the back gauge allow efficient handling of multi-bend parts with minimal manual repositioning. Operators can step through a programmed sequence of flange lengths and focus on part orientation and quality rather than constant back gauge adjustment.
Industrial electronics & integration:
Built with industrial-grade components, the control and electrical systems are designed for continuous use in US fabrication environments. Integration with standard plant power and typical safety systems simplifies installation and long-term service.
Capabilities & typical applications
The HBM 63/2500C is designed as a versatile forming solution that can stand alone as a core brake or serve as a key station in a larger fabrication line. It is well suited to shops that do not want a separate machine for every part family but still expect high accuracy and responsiveness for each job.
- Forming brackets, channels, and mounting plates for machinery, frames, and general fabrication.
- Producing panels, doors, and enclosure components for electrical, HVAC, and industrial control systems.
- Fabricating light frames, support structures, and chassis components for OEM and contract manufacturing work.
- Running high-mix/low-volume jobs where fast setup and quick program recall are essential to profitability.
- Acting as the forming stage in a process flow that includes laser cutting, turret punching, sawing, and downstream welding or assembly.
- Supporting prototyping and engineering changes without tying up larger, higher-tonnage brakes.
Implementation & support for US shops
We support US job shops, OEMs, and contract manufacturers from early evaluation through full production. Before you commit, our team can review your part drawings, materials, and thickness ranges to confirm that the HBM 63/2500C meets your forming and capacity requirements and fits within your floor plan and workflow.
During installation and commissioning, we assist with setup of the TP10S CNC controller, initial part programs, and basic bend sequences. We provide guidance on appropriate tooling, bend allowances, and forming strategies tailored to your material mix and tolerances. Training can be delivered on-site or remotely, depending on your preference and schedule.
- Pre-installation review of power, floor space, access, material flow, and safety considerations.
- Application review of sample parts, including tonnage checks and bend sequence recommendations.
- Operator training and programming assistance on the TP10S CNC interface.
- Ongoing support for process optimization, tooling selection, and basic troubleshooting.
Next step: Send us representative part drawings (DXF, STEP, or PDF) along with material types and thicknesses. We’ll confirm machine fit, estimate cycle times, and recommend the best HBM 63/2500C configuration for your operation.
