Automatic Glazed Tile Roofing Making Machine

This step-pressed glazed tile roofing making machine is designed for manufacturing high-quality metal roofing sheets from pre-painted steel, galvanized steel, Galvalume, or aluminum coils. It produces decorative roof panels that combine the visual appeal of traditional tiles with the low weight, strength, weather resistance, and fast installation advantages of metal roofing.

The machine shown features a heavy-duty blue welded base, a multi-station roller-forming section, a hydraulic tile-step pressing and cutting assembly, an independent hydraulic station, and a movable touch-screen control panel. The front-view configuration clearly shows the formed tile profile and the hydraulic cutting area. Each production line is engineered according to the customer's approved profile drawing, coil data, output target, and local electrical standard.

Main Advantages

• Integrated forming, step pressing, measuring, and cutting reduce manual handling.

• PLC and HMI control enable convenient setting of panel length, batch quantity, and operating parameters.

• Hydraulic step pressing creates a clean three-dimensional tile appearance with repeatable pitch.

• Precision roller design helps maintain profile accuracy and protect pre-painted surfaces.

• Rigid frame construction improves alignment, operating stability, and service life.

• Custom engineering supports different markets, roof styles, materials, and production capacities.

Working Process

Coil loading → strip guiding → optional leveling → continuous roll forming → programmed tile-step pressing → encoder measuring → hydraulic profile cutting → panel discharge or automatic stacking.

Product Attributes and Configurable Specifications

Performance Features

The forming rollers gradually shape the flat strip without heating, while the hydraulic press creates the repeating tile steps. The PLC coordinates panel length, tile-step position, and cutting sequence. This combination improves consistency between finished sheets and supports efficient batch production. The movable operator panel allows convenient observation and adjustment from the front or side of the line.

Applications of Finished Glazed Tile Panels

Finished metal glazed tiles are widely used in residential roofs, villas, holiday resorts, garden buildings, light-steel houses, shopping facilities, agricultural buildings, factories, warehouses, renovation projects, and architectural structures that require an attractive tiled appearance with fast installation and reduced roof load.

Available Custom Options

• Customized tile profile, cover width, rib height, pitch, and step depth

• Different feeding widths and material thickness ranges

• Manual, hydraulic, or motorized decoiler with optional coil car

• Protective-film application, pre-punching, embossing, or leveling units

• Servo-controlled pressing and cutting for flexible product settings

• Automatic run-out conveyor, panel support, and stacking system

• Preferred PLC, HMI, inverter, electrical, and hydraulic component brands

• Custom voltage, language, safety guarding, warning lights, and machine color

Quality Control

Before shipment, the production line can be checked for frame alignment, roller rotation, hydraulic performance, electrical control, encoder measurement, tile-step consistency, cutting action, and finished-panel dimensions. Sample production can be carried out using the confirmed material whenever it is supplied or agreed for factory testing.

Information Required for Quotation

Please provide the required roof tile profile drawing, raw material type, yield strength, thickness, feeding width, effective cover width, tile pitch, panel length range, target production speed, coil weight, local power supply, and preferred automation level. These details allow the machine to be engineered accurately for the intended roofing product.

Technical Note: All values are project-dependent. Final specifications, dimensions, motor powers, speeds, and configurations are subject to the approved drawing and signed technical agreement.