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  • Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
    Automatic Trapezoidal Roof Panel Roll Forming Machine
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  • Automatic Trapezoidal Roof Panel Roll Forming Machine

    The TOPPO automatic trapezoidal roof panel roll forming machine continuously converts galvanized steel, pre-painted steel and aluminum coils into accurate trapezoidal roofing and wall-cladding panels. Featuring PLC control, hydraulic cutting, adjustable feeding guides and a heavy-duty welded frame, the line can be customized to match your panel profile, coil width, material thickness, production speed and local electrical standard.
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Description
The TOPPO automatic trapezoidal roof panel roll forming machine continuously converts galvanized steel, pre-painted steel and aluminum coils into accurate trapezoidal roofing and wall-cladding panels. Featuring PLC control, hydraulic cutting, adjustable feeding guides and a heavy-duty welded frame, the line can be customized to match your panel profile, coil width, material thickness, production speed and local electrical standard.

Automatic Trapezoidal Roof Panel Roll Forming Machine

This industrial roll forming line is designed for continuous production of trapezoidal metal roofing sheets, wall cladding panels and structural envelope profiles. The machine combines coil feeding, guiding, progressive roll forming, length measurement, hydraulic cutting and finished-panel support in one coordinated production process.

Its robust welded frame, precision-machined forming rollers, PLC-based control system and hydraulic cutting unit provide stable production, repeatable dimensions and efficient material use. The profile shape, effective cover width, rib height, pitch and edge details can be engineered according to the buyer's drawing or sample.

Key Benefits

  • Continuous and automatic production from metal coil to finished panel

  • Consistent trapezoidal profile geometry and reliable panel repeatability

  • PLC control with automatic length setting, batch counting and production monitoring

  • Heavy-duty structure for long-term industrial operation

  • Custom profile development for regional roofing and cladding standards

  • Low material waste compared with conventional press-forming methods

  • Flexible configuration for galvanized steel, pre-painted steel and aluminum coils

Typical Product Attributes and Technical Configuration

Important: The values below are common industry configurations and can be customized. Final specifications are determined by the approved profile drawing, material grade and purchase contract.

AttributeTypical Specification / Description
1. Product nameTrapezoidal roof panel roll forming machine
2. Machine categoryAutomatic cold roll forming production line
3. Main applicationProduction of trapezoidal roofing and wall-cladding sheets
4. Finished profile typeTrapezoidal ribbed metal panel
5. Finished-product usesRoofing, exterior walls, interior partitions and industrial cladding
6. Suitable raw materialsGI, GL, PPGI, PPGL and aluminum coil
7. Typical material thicknessApproximately 0.30-0.80 mm; other ranges available by design
8. Material strengthConfigured according to the specified yield strength and coating system
9. Input coil widthCustomized according to the finished profile and effective cover width
10. Effective panel widthCustomized to the approved profile drawing
11. Rib heightCustomized according to roofing load and drainage requirements
12. Rib pitchCustomized according to the selected trapezoidal profile
13. Forming speedTypically 10-25 m/min, depending on profile and cutting method
14. High-speed optionAvailable with upgraded drive, control and flying-cut configuration
15. Forming stationsTypically 12-20 stations, determined by profile complexity
16. Roller materialPrecision-machined 45# steel with hard chrome treatment or optional bearing steel
17. Roller surface treatmentHard chrome plating, polishing and anti-rust protection
18. Main shaft materialHeat-treated high-strength steel
19. Typical shaft diameterApproximately 70-95 mm, selected according to load
20. Machine frameHeavy-duty welded steel base with stress-relief treatment
21. Side-wall structureSteel plate or cast-iron arch structure according to machine design
22. Transmission typeChain, gear or gearbox transmission options
23. Main drive powerTypically 5.5-11 kW, matched to material and production speed
24. Hydraulic powerTypically 4-7.5 kW for cutting and auxiliary functions
25. Electrical voltageCustomized for 220 V, 380 V, 415 V, 440 V or local standard
26. Electrical frequency50 Hz or 60 Hz
27. Electrical phaseThree-phase industrial power supply
28. Control systemPLC automatic control
29. Operator interfaceTouchscreen HMI with production parameter setting
30. Speed controlVariable-frequency inverter control
31. Length measurementEncoder-based electronic length control
32. Cutting methodHydraulic post-cut, pre-cut or optional flying cut
33. Cutting blade materialCr12, Cr12MoV or equivalent hardened tool steel
34. Typical length accuracyApproximately +/-1.5 mm under normal operating conditions
35. Batch controlAutomatic quantity setting and piece counting
36. Operation modesAutomatic, manual and jog modes
37. Feeding guideAdjustable entry guide for accurate coil alignment
38. Leveling deviceOptional leveling unit for improved strip flatness
39. Decoiler capacityCommonly 3-5 tons; heavier capacities available
40. Decoiler typeManual, hydraulic or automatic loading decoiler
41. Coil inner diameterTypically 450-550 mm or customized
42. Coil outer diameterSelected according to decoiler capacity and site conditions
43. Output supportRun-out tables, roller conveyors or automatic stacker options
44. Safety systemEmergency-stop buttons, protective covers and electrical overload protection
45. LubricationAccessible lubrication points for routine maintenance
46. Machine colorStandard TOPPO color scheme or customer-specified color
47. Machine dimensionsDetermined by forming stations, profile and auxiliary equipment
48. Machine weightDetermined by frame design and configuration
49. Line directionLeft-to-right or right-to-left arrangement available
50. Profile customizationDesigned from customer drawing, sample or required cover width
51. Punching optionOptional pre-punching or inline hole-punching system
52. Marking optionOptional inkjet, laser or embossing identification system
53. Stacking optionManual receiving, pneumatic stacker or automatic stacking system
54. Quality inspectionAssembly inspection, no-load test and profile trial before shipment
55. DocumentationOperation manual, electrical diagram, foundation drawing and maintenance guide
56. Spare partsTool kit and recommended wearing parts supplied according to contract
57. Installation supportRemote guidance or on-site installation service available
58. Operator trainingMachine operation, adjustment, maintenance and safety training available
59. PackagingExport-standard protective packing for sea or land transport
60. Custom serviceOEM and ODM configuration available

How the Production Line Works

  1. The metal coil is loaded on the decoiler and fed into the entry guide.

  2. The strip passes through progressive forming stations that gradually create the trapezoidal ribs.

  3. The encoder measures the programmed panel length while the PLC coordinates line speed and batch quantity.

  4. The hydraulic cutting unit cuts the formed sheet to the required length.

  5. Finished panels move to the receiving table or optional automatic stacker.

Recommended Applications

The machine is suitable for manufacturers serving industrial buildings, warehouses, workshops, logistics centers, agricultural buildings, commercial facilities, modular buildings, carports and general steel-structure projects.

Customization Information Required

For accurate machine engineering, please provide the finished panel drawing, raw-material type, material thickness, coil width, effective cover width, rib height, rib pitch, required production speed, local voltage and preferred auxiliary equipment.

Quality and Service

Each line is assembled and tested before shipment. The forming rollers, cutting system, control logic and sample panel are checked against the approved technical requirements. Remote commissioning guidance, operator training, spare-parts support and optional on-site service help customers start production efficiently.

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