South America Popular Design Roller Shutter Door Roll Forming Machine

South America Popular Design Roller Shutter Door Roll Forming Machine

Good Fastening Effect

• The steel roller shutter door roll forming machine utilizes various fastening methods to ensure the components of the roller shutter door are securely assembled.
• Common fastening methods include welding, riveting, and bolting. Welding is often used for joining metal sheets together to form the main body of the door. Riveting or bolting may be employed to attach additional components such as hinges, tracks, and handles.
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High Producing Speed

• The production speed of this steel roller shutter door roll forming machine can vary depending on factors such as the complexity of the door profile, the thickness of the steel, and the desired output quality.
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• Typically, this roller shuttere door making machine is capable of high-speed production to meet the demands of commercial and industrial applications.
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• Production speeds can range from several meters per minute to over ten meters per minute, with some advanced machines achieving even higher speeds.
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• The speed of the machine is carefully controlled and adjusted using the integrated control system, which regulates parameters such as the feed rate of the steel strip, the rotation speed of the forming rollers, and the cutting frequency.
• High-speed production not only increases efficiency but also reduces manufacturing costs per unit, making the process more economical for manufacturers.

Roll Forming Machine Technical Parameter

Package and Container Loading

Loading several sets of 6.5m long roller shutter door roll forming machines into one 40ft container efficiently requires careful planning and optimization of the available space. Here's a strategy to accomplish this:

1. Orientation: Position the roll forming machines in the container lengthwise, aligning them parallel to the length of the container. This orientation minimizes wasted space and allows for more machines to be loaded side by side.

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3. Stacking: Utilize vertical space by stacking the roll forming machines on top of each other. Ensure that the machines are securely fastened and that adequate support is provided to prevent shifting during transit. Use wooden blocks or braces between the machines to maintain stability.

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5. Disassembly (if possible): If feasible, disassemble certain components of the roll forming machines to reduce their overall dimensions. Remove non-essential parts or accessories that can be easily reassembled upon arrival at the destination.

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7. Customized Crating: Construct customized wooden crates or frames around each roll forming machine to provide additional protection and stability during shipping. These crates can be designed to fit snugly within the container, maximizing space utilization.

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9. Strapping and Securing: Use heavy-duty straps and tie-downs to secure the roll forming machines in place and prevent movement during transit. Ensure that the machines are tightly secured to the container walls and floor to minimize shifting.

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