Amada HFB0 1003
Key Specifications
Accuracy
bending force
working length
throat depth
stroke
open height
Overview
The Amada HFB0 1003 is a hydraulic CNC press brake from Amada, Japan's largest sheet metal machine manufacturer and one of the world's leading press brake suppliers. With 100 metric tons of bending force over a 3,050 mm working length, the HFB0 1003 is a full-size production press brake suited for medium to large panel fabrication, structural components, and heavy-gauge plate bending. The HFB0 series is Amada's mainstream hydraulic press brake line, balancing proven reliability, competitive pricing, and Amada's deep integration with its own software and automation ecosystem.
The HFB0 1003 uses dual hydraulic cylinders with Amada's LF (Lower Frame) hydraulic system and servo valve control. The control synchronizes the two cylinders to hold beam parallelism within 0.01 mm across the full 3,050 mm working length — essential for consistent bend angles on long parts where cylinder sync errors would create tapered bends. The hydraulic system includes Amada's automatic crowning compensation, which adjusts the lower beam's vertical profile to counteract deflection under load, maintaining consistent die-opening height across the full length.
Amada's AMNC 4ie CNC control is the operator interface for the HFB0 1003. The control features a large color touchscreen, 3D graphical bending simulation, automatic bend sequence calculation, and direct import of STEP and DXF files for offline-programmed parts. The AMNC 4ie's Bend Navigator automatically generates the optimal bending sequence for a given part, minimizing tool changes and back gauge repositioning moves. Amada's seamless integration with its own laser cutting machines and turret punch presses makes the HFB0 1003 a natural choice for shops running a full Amada sheet metal cell.
The HFB0 1003's back gauge system uses a 5-axis servo-driven back gauge with 0.01 mm positioning accuracy on all axes. The back gauge's R-axis provides vertical height adjustment to accommodate flanges and hemming operations without manual gauge height changes. An optional 6th axis back gauge finger positioning system enables complex part gauging for parts with variable flange lengths across the working length. Amada's large tooling inventory and global Amada tooling distribution ensure fast access to specialty punches and dies across the full HFB0 installation base.
Full Specifications
| Parameter | Value |
|---|---|
| Bending Force | 1,000 kN (100 metric tons / 110 US tons) |
| Working Length | 3,050 mm (120.1 in) |
| Throat Depth | 500 mm (19.7 in) |
| Stroke | 250 mm (9.8 in) |
| Open Height | 530 mm (20.9 in) |
| Back Gauge Axes | 5 axes (X, R, Z1, Z2, X2) standard; optional 6th axis |
| Control System | Amada AMNC 4ie CNC (touchscreen, 3D simulation) |
| Machine Weight | 11,000 kg (24,251 lb) |
| Ram Speed Rapid | 150 mm/s |
| Ram Speed Working | Up to 16 mm/s |
| Positioning Accuracy | 0.01 mm |
| Max Material Thickness | 10 mm mild steel (full length) |
| Drive Type | Hydraulic with servo valve synchronization |
| E | e |
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Specifications sourced from amada.com — verified 2026-03-28
Strengths & Limitations
Strengths
- 100-ton bending force over 3,050 mm working length handles large structural panels, enclosures, and heavy-gauge plate components
- AMNC 4ie Bend Navigator automatically calculates optimal bending sequences, reducing programming time and operator expertise requirements
- Amada's seamless software and machine integration across laser cutting, punching, and bending creates a cohesive cell workflow for shops running full Amada systems
- 5-axis back gauge with 0.01 mm positioning accuracy enables complex multi-step bending programs with minimal manual intervention
- Amada's global tooling distribution provides fast access to specialty punches, dies, and hemming tools across the HFB0 installation base
- Proven hydraulic architecture with decades of Amada field experience provides high reliability and well-understood maintenance requirements
Limitations
- Hydraulic press brake requires periodic oil changes, filter service, and cooler maintenance compared to servo-electric alternatives
- 11,000 kg machine weight requires proper foundation planning and crane-accessible installation space
- AMNC 4ie control is capable but tied to Amada's proprietary ecosystem — integration with non-Amada software and equipment requires additional configuration
- 100-ton / 3-meter configuration is overkill for shops primarily bending small parts — the TruBend 5000 or Amada smaller models are more appropriate
- Amada's premium brand pricing places the HFB0 above equivalent-specification press brakes from Bystronic, LVD, and Asian manufacturers
Best For
Frequently Asked Questions
01
New HFB0 1003 machines typically range from $130,000 to $220,000 depending on back gauge configuration, tooling packages, and software options. Used HFB0 series machines are widely available on the secondary market between $40,000 and $100,000 depending on age and condition.
02
The HFB0 is Amada's mainstream hydraulic press brake series focused on reliable production performance at a competitive price point. The HG series is Amada's premium hydraulic line with fiber optic angle sensing, enhanced ram accuracy, and higher-specification back gauge systems. The HG series is approximately 20-30% more expensive but delivers better first-part accuracy.
03
At full 3,050 mm working length, the HFB0 1003 bends up to 10 mm mild steel. Shorter bending lengths allow proportionally thicker material — a 500 mm section in the center of the machine can bend significantly thicker plate within the 100-ton force rating. Stainless steel and high-strength steels reduce the maximum thickness by 50-60% due to higher yield strength.
04
Yes. Amada's Dr.ABE Bend software enables full offline programming with 3D simulation, automatic blank development, and bend sequence optimization. Programs are transferred directly to the AMNC 4ie control. This allows new parts to be programmed while the machine runs production, minimizing programming downtime.
05
Yes. Amada offers its own robotic bending cell (EG-61 robotic) and the HFB0 1003 can also be integrated with third-party press brake robots. Amada's direct robot integration with the AMNC 4ie control provides the most seamless communication. Shops considering robotic integration should specify this at the time of machine purchase to ensure proper interface wiring and communication protocols are included.
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