HOGI cnc 4-Roller plate rolling machine 4 roller plate rolling machine
HOGI CNC 4-Roller Metal Plate Rolling Machine
HOGI CNC 4-roller metal plate rolling machines are designed for accurate pre-bending and cylindrical forming of sheet metal, with full-servo CNC and hydraulic CNC configurations available for different material thicknesses, rolling diameters and production requirements.
- Straight-line side roller movement supports efficient edge pre-bending and reduces remaining flat ends.
- Available for cold plate, stainless steel and carbon steel applications, from thin sheet rolling to 6 mm plate forming.
- Full-servo models provide high-speed, energy-efficient rolling for thin sheet and small-diameter cylinders.
- Hydraulic CNC models provide synchronized four-roll control for heavier plates, tanks, ducts and cylindrical components.
- Suitable for stand-alone operation or integration with cutting, feeding and automatic welding equipment.
HOGI CNC 4-Roller Metal Plate Rolling Machine
HOGI CNC 4-roller metal plate rolling machines are designed for accurate pre-bending and cylindrical forming of sheet metal, with full-servo CNC and hydraulic CNC configurations available for different material thicknesses, rolling diameters and production requirements.
- Straight-line side roller movement supports efficient edge pre-bending and reduces remaining flat ends.
- Available for cold plate, stainless steel and carbon steel applications, from thin sheet rolling to 6 mm plate forming.
- Full-servo models provide high-speed, energy-efficient rolling for thin sheet and small-diameter cylinders.
- Hydraulic CNC models provide synchronized four-roll control for heavier plates, tanks, ducts and cylindrical components.
- Suitable for stand-alone operation or integration with cutting, feeding and automatic welding equipment.
Main Machine Gallery
Details Gallery
Technical Advantages of HOGI 4-Roller Rolling Machines
Straight-Line Side Roller Pre-Bending: The side rollers move in a straight line to support efficient edge pre-bending before full cylinder rolling. This helps reduce the remaining flat edge and improves the roundness of the finished workpiece.
Four-Roller Clamping Stability: The upper and lower rollers hold the plate while side rollers form the radius. This configuration provides controlled material positioning during pre-bending and rolling, helping reduce plate slippage.
Full Servo CNC Option: The W12HG series uses full servo drive for thin sheet processing. CNC torque control can adjust clamping force according to sheet thickness and width, while the 4.2 kW configuration supports rolling speeds of approximately 10 m/min.
Hydraulic CNC Option: The HGW series is designed for heavier plate rolling. Hydraulic drive, digital control, hydraulic distribution valves and displacement sensors support synchronized upper and side roller movement during the rolling cycle.
Flexible Production Integration: The equipment can be configured as a stand-alone plate rolling machine or incorporated into a rolling, welding and handling production line for ducts, fan housings, tanks and cylindrical pipe components.
Typical Applications
Operating Considerations
Select the drive configuration by plate range: The W12HG full-servo model is suited to thin cold plate and stainless steel processing, while the HGW hydraulic model is intended for thicker stainless steel and carbon steel plate applications.
Confirm minimum rolling diameter before purchase: Minimum diameter depends on roller diameter, material, thickness and yield strength. The stated minimum values apply only to the listed reference conditions.
Match the machine to downstream operations: If parts will proceed to longitudinal seam welding, flange forming or automated handling, confirm workpiece transfer direction, cycle time and control interface during line planning.
Frequently Asked Questions
What is the difference between a 4-roller and a 3-roller rolling machine?
Which materials can the machine process?
What is the minimum cylinder diameter?
Is full-servo drive available on every model?
Can the machine be integrated with an automatic welding line?
Why Choose HOGI 4-Roller Rolling Solutions
HOGI develops customized automatic rolling equipment, intelligent welding equipment and processing production lines for HVAC, ventilation, fan, pipeline and environmental engineering applications. The company provides both full-servo CNC and hydraulic CNC four-roller solutions to match different processing ranges and production targets.
For thin sheets and small-diameter cylinder work, the full-servo W12HG configuration provides a compact rolling solution with CNC clamping adjustment. For thicker plate work, the HGW hydraulic CNC configuration provides four-roll synchronized forming for stainless steel and carbon steel applications.
HOGI can also support production-line planning where rolling equipment must connect with cutting, welding, material transfer and downstream fabrication processes.
Technical Support & Services
Configuration guidance based on material, thickness, width, yield strength and required cylinder diameter.
Commissioning guidance for machine setup, roller adjustment, CNC parameters and production preparation.
Practical instruction for plate loading, pre-bending, rolling programs, inspection and routine operation.
Engineering support for rolling, cutting, feeding, welding and handling equipment integration.
Request Machine Specifications
HOGI CNC 4-Roller Metal Plate Rolling Machine is available in full-servo CNC and hydraulic CNC configurations for cylindrical forming, edge pre-bending and rolling-line integration. The selected configuration should match the material type, sheet thickness, rolling width, required cylinder diameter and production workflow.
Full Servo CNC Model — W12HG-1.5×1300 mm
The W12HG full-servo model is intended for thin cold plate and stainless steel work. Its full-servo drive supports controlled clamping adjustment through CNC torque settings and a rolling speed of approximately 10 m/min under the listed reference conditions.
| Model | W12HG-1.5×1300 mm |
| Upper Roller Diameter | ∅72 mm, 42CrMo forged parts |
| Lower Roller Diameter | ∅90 mm, 42CrMo forged parts |
| Side Roller Diameter | ∅80 mm, 42CrMo forged parts |
| Material | Cold plate / stainless steel |
| Cold Plate Processing Range | 0.5–1.5 mm |
| Stainless Steel Processing Range | 0.5–1.0 mm |
| Maximum Rolled Thickness | 1.0 mm |
| Maximum Pre-Bent Thickness | 1.0 mm |
| Maximum Rolling Width | 1250 mm |
| Work Roll Drive Type | Full servo drive |
| Sheet Yield Limit | ≤245 MPa |
| Rolling Speed | Approximately 10 m/min |
| Pre-Bend Remaining Straight Edge | ≤1.0 × plate thickness |
| Minimum Diameter, Cold Plate 0.8 mm | ∅85 mm |
| Minimum Diameter, Stainless Steel 0.95 mm | ∅100 mm |
| Total Power | 4.2 kW |
Hydraulic CNC Model — HGW12NC-6×1500 mm
The HGW hydraulic CNC model is designed for stainless steel and carbon steel plate rolling up to the stated 6 mm capacity. The upper roller is hydraulically driven, while the rolling cycle uses digital control with hydraulic distribution valves and displacement sensors to support synchronized roller movement.
| Model | HGW12NC-6×1500 mm |
| Upper Roller Diameter | ∅150 mm, 42CrMo forged parts |
| Lower Roller Diameter | ∅150 mm, 42CrMo forged parts |
| Side Roller Diameter | ∅130 mm, 42CrMo forged parts |
| Material | Stainless steel / carbon steel |
| Processing Range | 0.8–6 mm |
| Maximum Rolled Thickness | 6 mm |
| Maximum Pre-Bent Thickness | 6 mm |
| Maximum Rolling Width | 1500 mm |
| Work Roll Drive Type | Hydraulic motor drive for upper roller |
| Sheet Yield Limit | ≤245 MPa |
| Rolling Speed | Approximately 3–6 m/min |
| Pre-Bend Remaining Straight Edge | ≤1.5 × plate thickness |
| Minimum Roll Diameter at Full Load | ∅250 mm |
| Total Power | 4 kW |
Technical Principle — Four-Roller Plate Forming
A four-roller plate rolling machine uses an upper roller, a lower roller and two side rollers. The upper and lower rollers grip and position the sheet. The side rollers raise in a controlled path to pre-bend the leading and trailing plate edges, then continue forming the plate into the required cylindrical radius.
For the hydraulic CNC configuration, hydraulic distribution valves and displacement sensors coordinate the pressure roller and side rollers. This supports synchronized movement through the pre-bending and rolling cycle. For full-servo configurations, CNC-controlled servo torque can be used to adjust clamping force for the applicable plate width and thickness.
Configuration Selection Notes
- Choose full-servo CNC: For thin sheet, higher rolling speed, small cylinder diameters and compact production requirements within the W12HG model range.
- Choose hydraulic CNC: For thicker plate, wider material and heavier cylindrical forming within the HGW series capacity range.
- Confirm material yield strength: The stated specifications are based on a yield limit of ≤245 MPa. Higher-strength materials require separate engineering confirmation.
- Confirm final diameter: The minimum rolling diameter varies with material, thickness and the selected model’s roller diameters.
- Plan downstream handling: When integrating seam welding, loading or feeding systems, define workpiece transfer direction and line cycle requirements before finalizing the layout.
Integrated Rolling and Welding Line Options
HOGI CNC 4-Roller Metal Plate Rolling Machine Video
What the Demonstration Helps You Evaluate
This video provides a visual reference for the HOGI four-roller plate rolling process and related cylindrical fabrication applications. It can help production teams evaluate equipment layout, plate movement, workpiece handling and the potential connection between rolling and downstream welding operations.
- Plate positioning: Observe how a four-roller arrangement supports plate clamping and controlled movement during the forming process.
- Pre-bending workflow: Review the relationship between side roller movement, edge pre-bending and final cylindrical forming.
- Rolling-line planning: Use the demonstration as a reference when considering how rolling equipment may connect to cutting, seam welding or material-handling stations.
- Application fit: Consider the process for HVAC duct sections, fan housings, tanks, cylindrical pipe components and other rolled sheet-metal parts.
Model Selection Before Project Planning
The video should be reviewed together with the machine specification page. The full-servo W12HG configuration and hydraulic HGW configuration have different processing ranges, roller diameters, drive methods, rolling speeds and minimum-diameter capabilities. Material grade, thickness, width, yield strength and required cylinder diameter should be confirmed before selecting a model.
Production Line Integration
HOGI can configure four-roller plate rolling equipment as a stand-alone solution or as part of a broader fabrication line. For projects that include coil feeding, plate cutting, cylindrical rolling, longitudinal seam welding and workpiece transfer, the full line layout should be planned around part size, required throughput and available floor space.