What is joint hidden panel machine?

joint hidden panel machine is a mechanical equipment specifically used for producing metal sheets of specific shapes, such as color steel plates, galvanized sheets, etc. This machine processes flat materials into corrugated or other specific shaped sheets through a series of continuous rolling operations, which are widely used in the construction industry, such as as as materials for roofs and walls.

Characteristics of joint hidden panel machine

Characteristics of joint hidden panel machine:

1. Efficient automation: The corner forming machine can be installed and used separately, but in order to improve efficiency, it is usually equipped with automatic loading racks and unloading robotic arms, extruders, tile cutters, feeders, and tile conveyor lines to form a complete tile production line. This completely eliminates the need for manual operation and achieves a high degree of automation.

2. Compact and reasonable structure: The whole machine adopts a steel structure, which is welded and processed as a whole to ensure a simple and reasonable structure, strong load-bearing capacity, and smooth and reliable operation.

3. High precision control: achieve production information management through high-level automatic control software; The entire unit automation control system adopts a highly integrated network, ensuring superior performance of the automation system. This not only improves the accuracy of production, but also facilitates operation, maintenance, upkeep, mechanical debugging, and mold replacement.

4. Safety design: The corner forming machine has strict safety regulations, such as strictly prohibiting work beyond the minimum closing height (i.e. the minimum distance from the bottom of the upper sliding box to each working surface is 290 millimeters), to prevent machine accidents. When manufacturing molds, design should be carried out according to this requirement to ensure that the total height of the upper and lower molds after being closed does not exceed the specified limit.

5. Multipurpose: In addition to being used for pressing color steel tiles, it can also be adjusted according to needs to produce different specifications and types of panels, such as cement tiles, to meet the needs of various building materials.

6. Easy to operate: The machine is equipped with an electronic control system with a text screen display, making the operation more simple and easy to understand, reducing the requirement for operator skills.

Application of joint hidden panel machine

The application areas of corner forming machine:

1. Roof panel: The corner forming machine can produce different specifications of color steel tiles, hidden roof panels, etc., suitable for roof construction of various large public buildings such as steel structure factories, warehouses, sports halls, exhibition halls, cinemas, etc.

2. Wall panels : In addition to roofs, corner forming machines can also be used to manufacture metal sheets for exterior or interior walls. These sheets not only have good decorative effects, but also provide thermal insulation functions.

3. Special shaped plates: Metal components with specific shapes can be customized and produced according to customer needs, such as C-shaped steel, Z-shaped steel, etc. These components are commonly used in light steel keel systems and are important components of modern prefabricated buildings.

4. Antique architecture and decorative materials: Some corner molding machines can produce traditional style building materials such as antique glazed tiles to meet the needs of retro architectural design.

5. Solar photovoltaic brackets: With the development of renewable energy, corner forming machines are also used to manufacture support structures for solar photovoltaic systems, helping to install solar panels.

The working joint hidden panel machine

The working principle of the corner forming machine is to use one or more sets of rollers to gradually change the shape of the metal sheet. The metal strip is gradually bent into the desired cross-sectional shape as it passes through various rollers. For some complex shapes, multiple devices or multiple rolling operations within the same device may be required to complete. The final formed board can have multiple uses, such as exterior walls and roof panels for buildings.