Recommended starting point
BX-SS-H130-3200
Single-servo hybrid is the broad-purpose starting point for mixed daily fabrication and changing part families.
Same capacity. Different production priorities.
Which 130-ton press brake fits your work?
AS, SS and DS all provide 130 tons across a 3,200 mm working length. The right choice depends on what you value after capacity: long-bend consistency, broad versatility or production response.
Start with the production outcome
What matters most in daily use?
Select the closest priority. This gives you a technical starting point—not an automated approval. Final force, tooling and configuration are confirmed from the part.
Technical comparison
See where the architectures separate.
DS and SS performance values come from their model-specific technical catalogs. AS cycle, oil, weight and envelope remain application-confirmed.
| Decision factor | BX-AS-H130-3200Adaptive Servo Hybrid | BX-SS-H130-3200Single Servo Hybrid | BX-DS-H130-3200Dual Servo Hybrid |
|---|---|---|---|
| Primary reason to choose | Adaptive compensation and long-bend consistency | Broad versatility and practical ownership | Production response and heavy-duty rigidity |
| Nominal force | 130 ton | 130 ton | 130 ton |
| Working length | 3,200 mm | 3,200 mm | 3,200 mm |
| Between columns | 2,700 mm | 2,700 mm | 2,700 mm |
| Stroke / opening | 200 / 500 mm | 200 / 500 mm | 200 / 500 mm |
| Main drive power | 8.8 kW | 10.2 kW | 2 × 7.5 kW |
| Fast approach | Application confirmed | 200 mm/s | 220 mm/s |
| Return speed | Application confirmed | 160 mm/s | 200 mm/s |
| Hydraulic oil | Application confirmed | 170 L | 2 × 60 L |
| Approximate weight | Application confirmed | 7,300 kg | 9,000 kg |
| Rear-gauge direction | 4-axis production positioning | 4+1 standard; up to 8+1 | 4+1 standard; up to 8+1 |
| Recommended package | Production | Production | Advanced |
Capacity is only the first filter
Confirm the bend before confirming the model.
A 130-ton rating does not independently confirm your part. Material tensile strength, bend length, die opening, inside radius, tooling load and flange geometry determine the real application fit.
- 01
Send a representative drawing and material specification.
- 02
Confirm tooling, tonnage and smallest-flange constraints.
- 03
Select CNC, gauge, clamping, safety and handling together.
- 04
Document the final machine and acceptance requirements.