Akyapak 3R H 100-600 Mechanical Plate Roll
The Akyapak 3R H 100-600 Mechanical Plate Roll is a heavy-duty cylindrical sheet forming machine designed for general fabrication and metal forming applications where consistent rolling performance and robust construction are required.
Overview
- Designed for cylindrical sheet forming in heavy-duty general fabrication environments.
- Mechanical 3-roll configuration intended for rolling plate into cylinders and arcs.
- Suited to metal forming tasks where repeatable diameter control and productivity are important.
- Applicable to a range of fabrication jobs such as shells, tanks, and general rolled components (within its capacity range).
- Configured for industrial use, with construction aimed at handling higher loads than light-duty plate rolls.
Budgeting & Pricing
Typical purchase cost for an Akyapak 3R H 100-600 Mechanical Plate Roll is approximately $150,000 – $400,000 USD, depending on configuration, options, and condition.
- Expect the lower end of the range for more basic or older units; higher end for later models or machines with additional features and higher capacities.
- Budget for rigging, transport, and installation, which can be significant given the size and mass of heavy-duty plate rolls.
- Allow for electrical connection, foundations or anchoring, and any required guarding or safety upgrades as separate costs.
- Include commissioning, operator training, and initial tooling or accessories (such as support devices or specialized rolls) in the project budget.
- Consider ongoing operating expenses: power consumption, lubrication, wear parts, and scheduled maintenance.
- When comparing offers, factor in warranty terms, availability of service support, and lead times for any critical spare parts.
Specs That Matter
- Plate thickness & width capacity: Match the machine’s rated maximum plate thickness and working length to your heaviest and widest jobs; verify whether ratings are for mild steel and how they derate for higher-strength materials.
- Mechanical power & drive system: Evaluate the mechanical drive arrangement, available torque, and rolling speed to ensure it can form the required thicknesses without stalling or excessive passes.
- Roll diameters & geometry: Roll diameter and the 3-roll configuration influence minimum achievable diameter, flat ends, and overall forming accuracy; confirm suitability for your target cylinder diameters.
- Frame rigidity & construction: Heavy-duty general fabrication work benefits from a stiff frame and robust bearings to maintain parallelism and reduce deflection under load.
- Control capability: Determine whether the machine uses simple mechanical controls or more advanced control assistance, and ensure operators can reliably set and repeat roll positions.
- Support & handling provisions: For longer or heavier plates, check availability or compatibility with plate supports, side supports, and feeding/handling equipment to maintain safety and part quality.
- Safety features: Confirm presence and condition of emergency stops, safety trip bars, guards, and interlocks appropriate for heavy plate rolling operations.
Buying Advice
- Confirm the machine’s rated maximum plate thickness and width against your thickest and widest material, including any future capacity needs.
- Inspect rolls for wear, scoring, or out-of-round conditions that could affect surface finish and part accuracy.
- Check mechanical drive components (gears, shafts, couplings) for backlash, noise, or signs of fatigue under load.
- Verify frame and weldment integrity, looking for cracks, distortion, or evidence of overloading or poor repairs.
- Test all movements through the full stroke under load if possible, ensuring smooth operation and consistent positioning.
- Evaluate the control layout and safety devices to ensure they meet your plant’s safety standards and operator skill level.
- Review maintenance history, lubrication practices, and any records of major component replacements or upgrades.
- Confirm power requirements and compatibility with your facility’s electrical supply and installation constraints.
- Assess availability of spare parts and technical support for the specific 3R H 100-600 configuration you are considering.
- Obtain and review documentation (manuals, wiring diagrams, foundation/installation drawings) to plan integration into your workflow.
Buyer Questions
What types of work is the Akyapak 3R H 100-600 best suited for? It is intended for heavy-duty general fabrication and metal forming, particularly cylindrical sheet forming such as shells, tanks, and similar rolled components within its capacity range.
How much should I budget for this plate roll? Typical purchase prices fall in the $150,000 – $400,000 USD range, with additional costs for transport, installation, and any required accessories or safety upgrades.
What is the key capacity information I should verify? Confirm the maximum plate thickness and working width, the minimum achievable diameter, and whether the published capacities are based on mild steel or other materials.
Why does frame rigidity matter on a plate roll? A rigid frame reduces deflection under load, helping maintain parallelism of the rolls, improving roundness, and ensuring consistent forming results on heavy plate.
How do I evaluate the condition of a used machine? Inspect roll surfaces, check for mechanical play or unusual noise in the drive, look for frame cracks or distortion, and test full-stroke movements under load where possible.
What safety features should I look for? Look for functional emergency stops, trip bars or similar protective devices, appropriate guards, and interlocks that align with your facility’s safety requirements.
Are additional supports necessary for long plates? For longer or heavier plates, external plate supports and side supports are often needed to maintain control, reduce deflection, and improve operator safety.
How does roll diameter affect my parts? Roll diameter influences the minimum diameter you can form and the size of the flat ends; smaller rolls generally allow tighter diameters, within the limits of the machine’s strength.
What ongoing costs should I expect? Plan for power consumption, routine lubrication, replacement of wear parts, periodic inspections, and any repairs required over the machine’s service life.
What documentation should come with the machine? You should obtain operating and maintenance manuals, electrical and hydraulic (if applicable) schematics, and any installation or foundation drawings specific to the 3R H 100-600.
Source: Akyapak 3R H 100-600 Mechanical Plate Roll
Akyapak 3R H 100-600 Mechanical Plate Roll
