This glazed tile roofing making machine is engineered for producing decorative stepped metal roofing panels with a defined tile pattern and consistent overlap geometry. Flat coated or galvanized steel coil is fed through a sequence of forming rollers, gradually shaped into the required roof profile, pressed into repeated tile steps by a hydraulic unit, measured electronically and cut automatically to the programmed length.
The pictured configuration features a rigid blue steel base, an integrated step-forming and cutting section, an articulated overhead touchscreen HMI and a finished deep-blue glazed roof panel. The movable control arm allows convenient access to production settings while keeping the operator area clear.
Automatic process from coil feeding to finished sheet cutting.
Hydraulic step pressing creates a clear decorative glazed-tile pattern.
PLC and touchscreen HMI support panel length, batch quantity and tile-pitch settings.
Encoder measurement improves repeatability for production batches.
Heavy-duty welded frame supports stable industrial operation.
Precision-machined rollers promote consistent panel geometry.
Custom profile tooling is available from drawings or physical samples.
Compatible with common roofing materials including PPGI and galvanized steel.
Optional decoiler, receiving table and automatic stacker can be integrated.
Suitable for standard production orders and customized panel lengths.
| Attribute | Specification / Description |
|---|---|
| 1. Product Name | Glazed Tile Roofing Making Machine |
| 2. Equipment Type | Automatic metal roof tile roll forming line |
| 3. Main Function | Production of stepped decorative metal roofing panels |
| 4. Forming Method | Continuous cold roll forming |
| 5. Finished Product | Glazed metal roof tile sheets |
| 6. Finished Profile Style | Wave-shaped profile with repeated deep tile steps |
| 7. Suitable Raw Materials | PPGI, color-coated steel, galvanized steel and compatible sheet metal |
| 8. Material Surface | Pre-painted, zinc-coated or other protected steel surface |
| 9. Sheet Thickness | Customized according to profile and material strength |
| 10. Coil Feeding Width | Customized according to the approved roof-panel drawing |
| 11. Effective Cover Width | Designed according to finished-panel requirements |
| 12. Material Yield Strength | Machine configuration matched to specified coil strength |
| 13. Profile Height | Customized according to the requested roofing geometry |
| 14. Tile Step Pitch | Programmable within the engineered operating range |
| 15. Tile Step Depth | Defined by hydraulic step-forming tooling |
| 16. Forming Station Quantity | Selected according to profile complexity and quality requirements |
| 17. Forming Roller Material | High-quality wear-resistant steel |
| 18. Roller Manufacturing | Precision CNC machining |
| 19. Roller Surface Finish | Polished for smooth contact with coated sheet |
| 20. Optional Roller Treatment | Hardening or chrome plating available |
| 21. Main Shaft Material | High-strength machined steel |
| 22. Shaft Diameter | Engineered according to panel width and forming load |
| 23. Main Frame | Heavy-duty welded steel structure |
| 24. Base Construction | Rigid floor-mounted industrial frame |
| 25. Machine Surface Finish | Industrial anti-corrosion paint |
| 26. Standard Machine Color | Blue with contrasting components or customized color |
| 27. Drive System | Electric motor-driven forming transmission |
| 28. Transmission Configuration | Selected according to station count and production load |
| 29. Main Motor Power | Configured according to material thickness, width and speed |
| 30. Production Speed | Customized according to profile geometry and step-forming cycle |
| 31. Speed Regulation | Variable-speed control available by configuration |
| 32. Feeding Method | Continuous coil-fed operation |
| 33. Entry Guide | Adjustable sheet-centering and alignment device |
| 34. Step Forming Unit | Hydraulic glazed-tile step press |
| 35. Step Forming Action | Automatic synchronized pressing at programmed intervals |
| 36. Cutting System | Integrated hydraulic cutting unit |
| 37. Cutting Method | Automatic cut-to-length operation |
| 38. Cutting Blade Material | Hardened tool steel |
| 39. Length Measurement | Electronic encoder measuring system |
| 40. Length Setting | Digital input through touchscreen HMI |
| 41. Batch Quantity Setting | Programmable production quantity |
| 42. Piece Counting | Automatic finished-panel counter |
| 43. Control System | PLC automatic control |
| 44. Operator Interface | Touchscreen HMI control panel |
| 45. HMI Mounting | Articulated overhead arm for flexible positioning |
| 46. Control Language | English or customized language where available |
| 47. Operating Modes | Automatic, manual and jog modes |
| 48. Emergency Stop | Emergency-stop control on the operator panel |
| 49. Electrical Cabinet | Independent enclosed control system |
| 50. Electrical Standard | Configured for the destination market |
| 51. Power Supply | Voltage, phase and frequency customized |
| 52. Hydraulic Station | Integrated or independent hydraulic power unit |
| 53. Hydraulic Motor | Sized for step-forming and cutting requirements |
| 54. Hydraulic Pressure | Adjusted according to tooling and sheet specification |
| 55. Hydraulic Cylinders | Industrial cylinders for pressing and cutting functions |
| 56. Hydraulic Oil | Industrial hydraulic oil selected for local operating conditions |
| 57. Decoiler Compatibility | Manual, powered or hydraulic decoiler |
| 58. Entry Support | Optional feeding support and guiding table |
| 59. Receiving Table | Optional run-out table for finished panels |
| 60. Automatic Stacker | Optional for organized discharge and higher automation |
| 61. Production Direction | Configured according to factory layout |
| 62. Overall Dimensions | Determined by profile, station count and auxiliary equipment |
| 63. Machine Weight | Determined by final frame and tooling configuration |
| 64. Installation Method | Floor installation on a level industrial foundation |
| 65. Operator Requirement | Designed for trained production personnel |
| 66. Routine Maintenance | Cleaning, lubrication, fastening checks and hydraulic inspection |
| 67. Lubrication Areas | Bearings, transmission components and moving assemblies |
| 68. Profile Customization | Available from drawing, sample or required roof coverage |
| 69. Machine Color Customization | Available according to order requirements |
| 70. Branding Customization | Logo, nameplate and exterior marking options available |
| 71. Factory Testing | Functional inspection and trial forming before shipment |
| 72. Sample Testing | Available when suitable raw material is supplied |
| 73. Packaging | Export-oriented protective packing |
| 74. Container Loading | Loading plan prepared according to final machine dimensions |
| 75. Documentation | Operating and maintenance guidance supplied according to contract |
| 76. Technical Support | Remote guidance or arranged on-site service |
| 77. Spare Parts Support | Recommended wear parts available by agreement |
| 78. Main Industries | Roofing, steel structures, building materials and prefab construction |
| 79. Installation Environment | Indoor industrial workshop with level floor and suitable power supply |
| 80. Production Flexibility | Suitable for standard batches and customized panel lengths |
Coil loading → decoiling → sheet guiding → progressive roll forming → hydraulic tile-step pressing → encoder length measurement → PLC-controlled hydraulic cutting → finished panel receiving.
Decorative appearance inspired by traditional glazed roof tiles.
Lightweight metal construction for easier transportation and installation.
Long panel production can reduce the number of roof joints.
Compatible with multiple architectural colors and coating systems.
Repeatable overlap geometry supports orderly roof assembly.
Suitable for both new construction and renovation projects.
The finished glazed metal roofing sheets are suitable for villas, residential houses, resorts, hotels, pavilions, commercial buildings, workshops, warehouses, prefabricated houses, light-steel structures and roofing renovation projects. The line is well suited to manufacturers supplying decorative metal roof panels to contractors, distributors and building-material markets.
Consistent panel quality depends on using raw material within the approved thickness, width and yield-strength range. Before production, the operator should verify the sheet guide, profile tooling, programmed panel length, batch quantity and tile pitch. Forming rollers should be kept clean to protect coated surfaces, while hydraulic components, bearings, drive parts and fasteners should be inspected according to the maintenance schedule.
For accurate machine engineering, please provide the finished profile drawing, raw-material type, sheet thickness, coil width, effective cover width, tile-step pitch, desired production speed, destination voltage, plant layout and preferred decoiler or receiving system. These details allow the forming stations, shaft design, motor power, hydraulic pressure and overall line arrangement to be matched to the project.
Note: Final technical specifications are confirmed according to the customer's approved roof-panel profile and production requirements. Product images show a representative machine configuration and may differ from the final customized equipment.



