This glazed tile roofing making machine is designed for automated production of decorative stepped metal roof panels. The line progressively shapes flat steel coil through precision forming rollers, creates repeated glazed-tile steps with a hydraulic press, measures finished length electronically and cuts each panel according to programmed production data.
The pictured configuration features a rigid blue steel frame, integrated hydraulic components, an adjustable suspended touchscreen operator station and a finished blue glazed roof tile sample. The control interface is positioned for convenient observation and parameter entry while keeping the production area organized.
Integrated roll forming, hydraulic tile-step pressing, measuring, counting and cutting.
Suspended touchscreen HMI provides convenient access to production settings.
PLC automation supports repeatable panel length and batch quantity.
Heavy-duty welded frame helps maintain station alignment during continuous operation.
Precision roller stations gradually form the sheet to reduce unnecessary deformation.
Hydraulic step tooling produces a distinct decorative tile appearance.
Custom profile engineering is available from drawings, samples or market requirements.
Compatible with manual, powered and hydraulic decoiling options.
Optional run-out tables and automatic stackers can be added for production efficiency.
| Attribute | Specification / Description |
|---|---|
| 1. Product Name | Glazed Tile Roofing Making Machine |
| 2. Machine Category | Automatic glazed roof tile roll forming line |
| 3. Main Function | Forming decorative stepped metal roofing sheets |
| 4. Forming Technology | Continuous cold roll forming |
| 5. Finished Product | Glazed metal roof tile panels |
| 6. Finished Profile Style | Wave-shaped profile with repeated tile steps |
| 7. Typical Raw Material | PPGI, color-coated steel and galvanized steel |
| 8. Material Surface | Pre-painted, zinc-coated or compatible protected sheet |
| 9. Sheet Thickness | Customized according to approved profile and coil strength |
| 10. Coil Feeding Width | Customized according to the roof-panel drawing |
| 11. Effective Cover Width | Designed according to finished-panel requirements |
| 12. Material Yield Strength | Machine structure matched to specified material strength |
| 13. Profile Height | Customized according to required roofing geometry |
| 14. Tile Step Pitch | Programmable within the designed operating range |
| 15. Tile Step Depth | Determined by hydraulic step-forming tooling |
| 16. Forming Station Quantity | Selected according to profile complexity and quality requirements |
| 17. Forming Roller Material | Wear-resistant steel selected for the application |
| 18. Roller Manufacturing | Precision CNC machining |
| 19. Roller Surface Finish | Polished for smooth contact with coated steel |
| 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. Machine Base | Rigid floor-mounted industrial foundation frame |
| 25. Machine Surface Finish | Protective industrial paint coating |
| 26. Machine Color | Standard blue/red combination or customized color |
| 27. Drive System | Electric motor-driven roll-forming transmission |
| 28. Transmission Configuration | Selected according to forming load and station arrangement |
| 29. Main Motor Power | Configured according to material, width and production speed |
| 30. Production Speed | Project-specific and matched to the hydraulic step cycle |
| 31. Speed Regulation | Variable-speed control available by configuration |
| 32. Feeding Method | Continuous coil-fed operation |
| 33. Entry Guide | Adjustable sheet-centering and guiding device |
| 34. Step Forming Unit | Hydraulic glazed-tile step press |
| 35. Step Forming Control | Automatic synchronized pressing at programmed intervals |
| 36. Cutting System | Integrated hydraulic cutting unit |
| 37. Cutting Mode | Automatic cut-to-length |
| 38. Cutting Blade Material | Hardened tool steel |
| 39. Length Measurement | Electronic encoder 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 | Suspended touchscreen HMI control station |
| 45. HMI Position | Adjustable overhead support arm for operator convenience |
| 46. Control Language | English or customized language where available |
| 47. Operating Modes | Automatic, manual and jog modes |
| 48. Emergency Stop | Emergency-stop button on the control panel |
| 49. Electrical Cabinet | Independent enclosed electrical control system |
| 50. Electrical Components | Selected according to project standard and 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 material specification |
| 55. Hydraulic Cylinders | Industrial cylinders for pressing and cutting functions |
| 56. Hydraulic Oil | Industrial hydraulic oil selected for local conditions |
| 57. Decoiler Compatibility | Manual, powered or hydraulic decoiler |
| 58. Feeding Support | Optional coil-entry support and leveling arrangement |
| 59. Receiving Table | Optional run-out table for finished sheets |
| 60. Automatic Stacker | Optional for higher automation and organized discharge |
| 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 operation by trained production personnel |
| 66. Maintenance Method | Routine cleaning, lubrication and hydraulic-system inspection |
| 67. Lubrication Areas | Bearings, transmission components and moving assemblies |
| 68. Profile Customization | Available from drawing, sample or requested cover width |
| 69. Machine Color Customization | Available according to order requirements |
| 70. Logo Customization | Nameplate and branding options available |
| 71. Factory Testing | Functional inspection and trial forming before shipment |
| 72. Sample Testing | Available when suitable raw material is provided |
| 73. Packaging | Export-oriented protective packing |
| 74. Loading Method | Container loading plan based on final 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 Use Industries | Roofing, steel structures, building materials and prefabricated construction |
Coil loading → decoiling → entry guiding → progressive roll forming → hydraulic tile-step pressing → encoder length measurement → automatic hydraulic cutting → finished panel receiving.
Decorative stepped appearance similar to traditional glazed roofing tiles.
Lightweight metal construction for easier handling and installation.
Long panel lengths can reduce the number of roof joints.
Compatible with multiple architectural coating colors.
Repeatable overlap geometry supports consistent roof assembly.
The finished glazed metal tile panels are suitable for villas, residential houses, resorts, hotels, pavilions, commercial buildings, warehouses, workshops, prefabricated houses, light-steel structures and roofing renovation projects. The machine is particularly suitable for manufacturers supplying decorative metal roofing products to construction and building-material markets.
For stable forming quality, the sheet material should remain within the approved thickness, width and strength range. Before starting production, the operator should verify the guide position, profile tooling, programmed panel length, production quantity and tile pitch. Rollers should be kept clean to protect coated sheet surfaces, and hydraulic components, fasteners, bearings and drive parts should be inspected regularly.
For accurate engineering and quotation, please provide the finished profile drawing, raw-material type, sheet thickness, coil width, effective cover width, tile-step pitch, desired production speed, destination voltage, factory layout and preferred decoiler or receiving system. These details allow the roller stations, shaft design, motor power, hydraulic system and overall line configuration 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.



