Amada HG 2203
Key Specifications
press capacity
press beam length
distance between frames
stroke
open height
throat depth
Overview
The Amada HG 2203 is a 220-metric-ton, 3-meter hybrid servo-hydraulic press brake from Amada’s flagship HG series. It delivers the same 220-ton capacity as the longer HG-2204 but in a more compact 10-foot bed format. The dual servo power drive system only pressurizes the hydraulic circuit during the actual bending stroke, cutting energy consumption roughly 30% compared to conventional full-hydraulic press brakes.
Press capacity is 2,200 kN (220 metric tons / 247 US tons) with a 3,110 mm (122.4 in) press beam length and 2,700 mm (106.3 in) usable distance between frames. Stroke is 250 mm (9.8 in), open height sits at 521 mm (20.5 in), and throat depth is 450 mm (17.7 in). Approach speed hits 220 mm/sec, pressing speed runs at 20 mm/sec, and return speed tops out at 250 mm/sec. Ram repeatability is rated at +/-0.001 mm -- the same class-leading figure across the entire HG lineup.
The AMNC 3i control drives everything through a 19-inch multi-touch LCD panel handling part programming, bend simulation, and machine management. The 8-axis backgauge with L-shift handles complex multi-bend parts without manual repositioning, and an integrated bend sensor detects and compensates for material springback in real time.
Amada offers the HG 2203 in an ATC configuration with their patented Automatic Tool Changer. Complex tool layouts that would take 30-40 minutes to set up manually load automatically in under 3 minutes. With 220 tons concentrated on a 10-foot bed, the HG 2203 excels at heavy-gauge bending on standard sheet sizes.
New HG 2203 base models typically run $250,000-$350,000 depending on tooling and options. The ATC configuration pushes $420,000-$550,000 with standard tooling packages.
Full Specifications
| Parameter | Value |
|---|---|
| Press Capacity | 2,200 kN / 220 metric tons (247 US tons) |
| Press Beam Length | 3,110 mm (122.4 in) |
| Distance Between Frames | 2,700 mm (106.3 in) |
| Stroke | 250 mm (9.8 in) |
| Open Height | 521 mm (20.5 in) |
| Throat Depth | 450 mm (17.7 in) |
| Approach Speed | 220 mm/sec (8.7 in/sec) |
| Pressing Speed | 20 mm/sec (0.79 in/sec) |
| Return Speed | 250 mm/sec (9.8 in/sec) |
| Ram Repeatability | ±0.001 mm (±0.00004 in) |
| Back Gauge Axes | 8-axis with L-shift |
| CNC Control | AMNC 3i (19 inch multi-touch LCD) |
| Drive System | Dual Servo Power (hybrid servo-hydraulic) |
| Crowning | CNC crowning (hydraulic cylinders) |
| Power Requirement | 200V, 30 kVA |
| Machine Weight | 16,000 kg (35,274 lb) |
Specifications sourced from amada.com — verified 2026-03-28
Strengths & Limitations
Strengths
- 220 metric tons on a 10-foot bed delivers exceptional tonnage density for heavy-gauge plate bending
- Dual servo power drive cuts energy consumption roughly 30% vs conventional hydraulic press brakes
- Ram repeatability of ±0.001 mm ensures consistent bend angles part after part across shifts
- ATC option loads complex tool layouts in under 3 minutes vs 30-40 minutes by hand
- AMNC 3i control with integrated bend sensor compensates for springback in real time
- More compact footprint than the 4-meter HG-2204 while delivering identical tonnage
Limitations
- ATC configuration pushes total cost past $420K-$550K requiring high utilization to justify
- Amada proprietary tooling system limits third-party tooling options
- At 16,000 kg requires substantial foundation planning and rigging logistics
- The 10-foot bed limits maximum part length vs the 14-foot HG-2204
Best For
Frequently Asked Questions
01
Base models run $250,000-$350,000. ATC configuration pushes $420,000-$550,000. Used units trade for $160,000-$300,000.
02
Both deliver 220 metric tons with identical ram repeatability and AMNC 3i control. The HG 2203 has a 3,110 mm (10-foot) beam vs 4,300 mm (14 feet) on the 2204.
03
Up to approximately 1/2-inch mild steel and 3/8-inch stainless at full bed length in a standard V-die. Shorter bends allow thicker material.
04
A hybrid system where servo motors drive hydraulic pumps only during the bending stroke, delivering roughly 30% energy savings vs conventional press brakes.
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