Asymmetric three-roll plate roller
Asymmetric geometry for light-sheet rolling and end preparation near the grip.
- Asymmetric roll layout
- Adjustable side roll
- Driven sheet feeding
Plate rolling machines
Three-roll, four-roll, variable-geometry and profile bending configurations.
Explore the machine types
Positioned rolls form arcs, cylinders and cones. The arrangement changes pre-bending, handling and workpiece control. Dedicated profile rollers use tooling matched to structural sections.
Symmetric mechanical three-roll roller
Two lower rolls and a vertically moving upper roll for conventional arcs and cylinders.
- Symmetric lower rolls
- Upper-roll adjustment
- Mechanical drive
Four-roll plate roller
A central gripping pair and two side rolls for controlled pre-bending and rolling.
- Central-roll plate clamping
- Independent side rolls
- End pre-bending
Variable-geometry hydraulic plate roller
Adjustable lower-roll spacing and hydraulic positioning for a changing plate workload.
- Vertical upper-roll motion
- Variable lower-roll span
- Hydraulic positioning
Section and profile bending machine
Dedicated rolls curve angles, channels, beams, bars and tubular profiles.
- Profile-specific roll sets
- Driven section feeding
- Guides for twist control
Match the machine to the part
Provide width, thickness, yield strength and finished diameter. Distinguish rolling from pre-bending ratings and review cone work, support and shell removal.
Discuss your application →Material and process
Plate with a stated yield strength. Profile machines also require section dimensions, bend orientation and section properties.
Typical applications
- Small cylinders
- Light ducts
- Workshop rolling
- General cylinders
- Medium-duty shells
- Curved plate components
Technical selection guide
Use these fields to compare a proposed machine against your material, drawings and production needs.
| Specification | What to confirm |
|---|---|
| Plate | Width, thickness, yield strength and minimum diameter. |
| Pre-bending | End capacity and remaining flat length. |
| Rolls | Diameters, adjustment and drive configuration. |
| Handling | Shell support, cone setup and removal. |
Working capacities and available options depend on the selected model. Request a technical sheet for your material and part.
Request specifications →Planning your machine
What should I send with an inquiry?
Provide width, thickness, yield strength and finished diameter. Distinguish rolling from pre-bending ratings and review cone work, support and shell removal.
How do I compare the available configurations?
Start with the required process and part drawings, then review the capacity, tooling, control and installation details of the proposed model. Include representative parts when production quality or cycle time is critical.
Explore related processes
Discuss your next machine.
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