AHS-V CNC 60/25-30 Vertical Plate Roll
The AHS-V CNC 60/25-30 Vertical Plate Roll is a heavy-duty vertical plate rolling machine used for fabricating conical parts, large diameter pipelines, storage tanks, and construction equipment components where vertical handling and controlled forming of thick plate are required.
Quick Look
- Machine type: Vertical plate roll (CNC-controlled)
- Typical applications: Conical parts, pipelines, storage tanks, heavy construction equipment components
- Industry use: Heavy-duty construction, pipeline manufacturing, storage tank fabrication
- Work orientation: Vertical rolling for easier handling of large, heavy plates
- Key advantage: Suited for large diameters and tall shells where floor space and plate handling are critical
- Control: CNC control for repeatable forming sequences and complex geometries (e.g., cones)
Budgeting & Pricing
Expected purchase cost: $150,000 – $400,000 USD, depending on configuration, CNC options, and capacity.
- Entry configurations (lower end of range) typically cover moderate plate thickness and simpler CNC control packages.
- Higher-capacity builds for thicker plate, larger diameters, and advanced CNC features (cone programs, multi-pass automation) trend toward the top of the range.
- Installation, commissioning, and operator training can be a significant additional cost and should be budgeted separately.
- Foundation and floor work for a vertical machine may add to project cost, especially in retrofit installations.
- Ongoing costs include hydraulic oil, filters, periodic CNC service, and wear parts (roll surface refurbishment, seals, etc.).
- Consider total cost of ownership over 10–15 years, not just purchase price, especially if the machine will run multiple shifts in heavy-duty environments.
Performance / Spec Considerations
- Plate thickness and width capacity – Confirm the maximum plate thickness and width the AHS-V CNC 60/25-30 can roll for your typical materials (e.g., mild steel vs higher-strength steels), including any derating for cones.
- Vertical rolling diameter range – Check minimum and maximum shell diameters achievable; this is critical for pipelines, storage tanks, and large construction components.
- Conical rolling capability – Review how the CNC handles cone programs (tapered settings, variable roll positions) and the practical limits on cone angle and length for your parts.
- CNC control features – Look at program storage, sequence automation, data import/export, and operator interface simplicity for repeat jobs in pipeline and tank fabrication.
- Hydraulic power and speed – Verify rolling force and rotation speeds to ensure adequate forming capability and acceptable cycle times in heavy-duty production.
- Material handling and support – Evaluate side supports, top supports, and lifting/feeding arrangements needed to safely manipulate large vertical shells and conical sections.
- Accuracy and repeatability – Consider how well the machine maintains diameter tolerance, cone geometry, and straightness over long shells used in pipelines and storage tanks.
Buying Advice
- Confirm your maximum required plate thickness, width, and diameter against the machine’s rated capacity for the materials you use most frequently.
- Inspect the roll surfaces for damage, wear, or scoring that could mark plate surfaces or affect forming quality.
- Check the hydraulic system (hoses, cylinders, manifolds) for leaks, smooth operation, and consistent pressure during test runs.
- Evaluate the CNC control for ease of programming cones and multi-pass sequences, as well as backup and diagnostic capabilities.
- Verify vertical alignment and structural rigidity of the frame and supports to ensure accurate forming of tall shells and heavy sections.
- Assess material handling provisions (overhead crane compatibility, side/top supports, loading/unloading paths) relative to your shop layout.
- Request test rolls on material and thickness similar to your production to validate forming quality and cycle times.
- Review maintenance access to hydraulics, electrical cabinets, and roll adjustment points for safe and efficient servicing.
- Confirm availability of technical support, parts supply, and training, especially if this is your first vertical plate roll.
- Examine safety systems (guards, emergency stops, interlocks, safety zones) and ensure they align with your local regulations and internal policies.
FAQ
What is the AHS-V CNC 60/25-30 Vertical Plate Roll used for? It is used for vertical rolling of plate to produce conical parts, pipelines, storage tanks, and heavy construction equipment components.
Why choose a vertical plate roll instead of a horizontal one? Vertical plate rolls are advantageous for handling large, heavy plates and tall shells, making them well-suited for pipelines and storage tanks where vertical orientation simplifies handling and floor space usage.
What industries typically use this type of machine? Common users include heavy-duty construction, pipeline manufacturing, and storage tank fabrication operations that form large cylindrical or conical shells.
What is the typical price range for this machine? The AHS-V CNC 60/25-30 Vertical Plate Roll is typically in the $150,000 – $400,000 USD range, depending on capacity and options.
Can this machine form conical parts? Yes, it is specifically suited for producing conical parts, with CNC control helping to manage variable roll positions and taper settings.
Is the machine suitable for thick plate? It is designed for heavy-duty work, and selection should be based on matching its rated plate thickness capacity to your required materials and part designs.
How important is CNC control on a vertical plate roll? CNC control is important for repeatability, efficient setup, and accurate forming of complex geometries such as cones and multi-pass shells used in pipelines and tanks.
What should I check before purchasing a used unit? Focus on roll wear, hydraulic system condition, frame alignment, CNC functionality, and the ability to perform test rolls on material similar to your production.
Does installation require special foundations? Vertical plate rolls often require attention to anchoring and floor conditions; foundation needs should be reviewed with the supplier based on machine size and your facility.
What ongoing maintenance does a vertical plate roll need? Regular checks of hydraulic fluid and filters, inspection of seals and hoses, roll surface condition, and periodic CNC/electrical inspections are typical maintenance tasks.
Source: AHS-V CNC 60/25-30 Vertical Plate Roll
AHS-V CNC 60/25-30 Vertical Plate Roll
