SPES / Dual-servo hybrid
The SPES platform uses a separate servo motor and servo pump for each cylinder. The two sides of the ram work together under CNC control, combining hydraulic forming force with on-demand motor operation.
Explore SPES drive →
Machine configuration
Frame, positioning and tooling, working together.
Explore the shared catalogue assemblies below, then compare the series-specific hydraulic drives. Confirm the supplied equipment and component specifications for your selected machine.
Catalogue standard
Reinforced frame & ram
The catalogue describes a strengthened frame and a thickened, widened ram to limit deformation under bending load. The frame provides the structural base for the tooling and positioning systems.
- Reinforced frame construction and widened ram
- Frame analysis illustration shown in the catalogue
Catalogue standard
Throat-deformation compensation
A displacement sensor measures small deformation at the machine throat. This feedback supports compensation during bending rather than relying only on the unloaded frame position.
- C-type throat compensation arrangement
- GIVI displacement sensor identified in the catalogue
Catalogue standard
Guided backgauge positioning
Ball-screw transmission and linear guides position the sheet against the stop fingers. The crossbeam uses a double-guide arrangement, while multi-level fingers provide different contact positions for the workpiece.
- Ball screws and linear-guide crossbeam
- Multi-level stop fingers; axis package specified separately
Catalogue standard
CNC mechanical crowning
The compensation setting is calculated and controlled through the CNC system. Mechanical crowning adjusts the worktable to help maintain a consistent bending angle along the working length.
- Closed-loop mechanical compensation
- Works alongside, not in place of, correct tooling setup
Catalogue standard
Quick upper-tool clamping
The upper-tool quick-clamp arrangement is intended to make installation and removal more convenient. It supports tool retention and positioning during setup without making hydraulic WILA clamping part of the base package.
- Quick-clamp upper-tool interface
- Hydraulic WILA systems are listed separately as options
Catalogue standard
Adjustable front sheet supports
Front supports move along a linear guide and can be positioned for the workpiece. Rotation and height adjustment assist sheet support during setup and handling.
- Position, rotation and height adjustment
- CNC follower supports are a separate auxiliary option
Catalogue standard
Electrical & guide components
The catalogue identifies Schneider electrical components and graphite self-lubricating copper plates. The plates provide a low-friction wear surface, while the electrical cabinet brings machine control components together.
- Schneider components identified in the catalogue
- Graphite self-lubricating guide plates
Catalogue standard
Press brake tooling & lower holders
Forged and quenched press brake tooling is described alongside the lower-tool interface. The catalogue lists a double-V / T quick-change lower clamp as standard, with other holder arrangements available for discussion.
- Punch and die profiles selected for the bend geometry
- Single-V mechanical or hydraulic and multi-V arrangements are optional
Three approaches to hydraulic drive.
The drive architecture remains series-specific. Compare these systems alongside force, working length and model specifications.
SPS / Main servo motor
The SPS series uses a main servo motor with a single servo-pump drive. Rather than running continuously at the same demand, the pump operates according to the machine's bending cycle.
Explore SPS drive →
SPC / Electro-hydraulic synchronization
The SPC platform coordinates the two cylinders through the CNC system, position feedback and proportional hydraulic valve control. Feedback from the two sides is used to control ram position and synchronized motion.
Explore SPC drive →Continue your configuration.
Use the series pages to compare machine configurations and model parameters, and discuss compatibility before selecting equipment.
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