HBS Servo Series
Servo-controlled hydraulic bending.
The Global Standard.
With 100,000 installations and 40,000 industrial partners, Han’s doesn’t just participate in the market. It defines it.
Servo-Driven Hydraulic Power.
The HBS pairs the precision of closed-loop servo control with the brute capacity of full hydraulics. The result is a press brake that delivers the consistency of a CNC system with the bending force needed for heavy-gauge production work.
Speed Where it Counts.
High-speed servo response keeps every cycle short. Rapid descent. Controlled bend. Fast return. Cycle times stay tight even on long runs—where the operational economics of bending actually live.
Built to Hold Its Line.
The HBS Series uses an ANSYS FEA-optimised frame that is stress-relieved through annealing and vibratory ageing to ensure structural stability. Two-way mechanical crowning and high-precision grating scales maintain uniform bend accuracy across the full working length.
Intuitive Logic.
2D touch programming for everyday work. 3D simulation for complex sequences. The HBS turns intricate part programming into a process the operator can learn in a shift—not a quarter.
Configured to the Job.
Bending force scales from 600kN to 3200kN. Bending widths from 1500mm to 4100mm. The HBS lineup is sized to the work—from light-gauge cabinetry to heavy structural fabrication—without forcing a one-size-fits-all compromise.
Unrivalled Results.
Engineered from every angle.
World-Class Integration.
The HBS Series unifies the world’s most elite components, from Swiss precision to German motion logic, into a single platform.
Core Specifications.
- Architecture: Electro-Hydraulic Servo CNC.
- Bending Force: Scalable from 600kN to 3200kN.
- Bending Width: 1500mm to 4100mm.
- Frame Tech: ANSYS FEA-Optimised | Stress-Relieved.
- Control: Han’s IFT 19T CNC | DELEM DA-53TX / DA-69S Optional.
Brochure.
Performance is in the data. Secure the HBS Series brochure—including the full HBS lineup from 600kN to 3200kN, mechanical crowning specifications, and 3D simulation workflow overviews.