Automatic Plastic Film Laminating Machine
In the manufacturing process of liquefied petroleum gas (LPG) cylinders (typically steel welded gas cylinders), a crucial step involves drawing and bulging a pre-cut, specific-sized carbon steel blank using a hydraulic press within a mold. This forms the final cylindrical body with one open end, commonly referred to as the top and bottom heads.
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Automatic Plastic Film Laminating Machine:
In the manufacturing process of liquefied petroleum gas (LPG) cylinders (typically steel welded gas cylinders), a crucial step involves drawing and bulging a pre-cut, specific-sized carbon steel blank using a hydraulic press within a mold. This forms the final cylindrical body with one open end, commonly referred to as the top and bottom heads.
The role of the automatic film laminating machine is to automatically, rapidly, and uniformly wrap this carbon steel blank with a protective film before it enters the drawing mold. This film is not part of the final product but is a process auxiliary material.
The primary purposes of film lamination are two-fold:
1. Preventing Surface Scratches and Drawing Marks:
The pre-cut carbon steel blanks used for the cylinder body may have a coating or treated surface with a certain degree of smoothness.
During the drawing process, intense friction and relative motion occur between the blank and the mold surface. Without this film, the hard mold would directly cause scratches, draw lines, and other defects on the blank's surface, severely impacting the product's appearance and quality, potentially even leading to the blank being scrapped.
2. Improving Material Flow and Lubrication:
The film itself possesses a certain lubricating effect.
It creates a barrier layer between the blank and the mold, reducing friction. This allows the carbon steel blank material to flow more uniformly and smoothly during drawing, filling all corners of the mold. Consequently, it helps form a cylinder with an accurate shape and uniform wall thickness, while also reducing the risk of tearing or rupture during drawing.
The workflow of the automatic film laminating machine is as follows:
Suction Clamping: The blank is precisely gripped by suction by a robotic manipulator with a drive mechanism.
Loading: The transfer device/robotic manipulator automatically picks up the blank to be drawn and transports it to the laminating station of the hydraulic press.
Laminating: The automatic laminating machine pulls a pre-determined length of protective film (usually plastic film like PE or PET) from its internal roll, aligns it with the blank delivered by the manipulator, and quickly wraps it around the blank. A cutter automatically severs the film.
Transfer Out: The now laminated blank is transferred via conveyor to the next process step: the drawing operation. The entire process typically takes only a few seconds, is fully automated, and is synchronized with the cycle time of the drawing press.
In the manufacturing process of liquefied petroleum gas (LPG) cylinders (typically steel welded gas cylinders), a crucial step involves drawing and bulging a pre-cut, specific-sized carbon steel blank using a hydraulic press within a mold. This forms the final cylindrical body with one open end, commonly referred to as the top and bottom heads.
The role of the automatic film laminating machine is to automatically, rapidly, and uniformly wrap this carbon steel blank with a protective film before it enters the drawing mold. This film is not part of the final product but is a process auxiliary material.
The primary purposes of film lamination are two-fold:
1. Preventing Surface Scratches and Drawing Marks:
The pre-cut carbon steel blanks used for the cylinder body may have a coating or treated surface with a certain degree of smoothness.
During the drawing process, intense friction and relative motion occur between the blank and the mold surface. Without this film, the hard mold would directly cause scratches, draw lines, and other defects on the blank's surface, severely impacting the product's appearance and quality, potentially even leading to the blank being scrapped.
2. Improving Material Flow and Lubrication:
The film itself possesses a certain lubricating effect.
It creates a barrier layer between the blank and the mold, reducing friction. This allows the carbon steel blank material to flow more uniformly and smoothly during drawing, filling all corners of the mold. Consequently, it helps form a cylinder with an accurate shape and uniform wall thickness, while also reducing the risk of tearing or rupture during drawing.
The workflow of the automatic film laminating machine is as follows:
Suction Clamping: The blank is precisely gripped by suction by a robotic manipulator with a drive mechanism.
Loading: The transfer device/robotic manipulator automatically picks up the blank to be drawn and transports it to the laminating station of the hydraulic press.
Laminating: The automatic laminating machine pulls a pre-determined length of protective film (usually plastic film like PE or PET) from its internal roll, aligns it with the blank delivered by the manipulator, and quickly wraps it around the blank. A cutter automatically severs the film.
Transfer Out: The now laminated blank is transferred via conveyor to the next process step: the drawing operation. The entire process typically takes only a few seconds, is fully automated, and is synchronized with the cycle time of the drawing press.
Key Components of the Equipment
An automatic film laminating machine typically consists of:
Frame and Control System: Usually PLC-controlled to ensure precise and reliable movements.
Workpiece Clamping and Conveying System: Used to secure and transport the blanks.
Film Unwinding and Tension Control Mechanism: Ensures stable film tension during the wrapping process, preventing over-tightening breakage or loose, wrinkled film.
Laminating Head Assembly: Includes pressure rollers, guide rollers, etc., to ensure the film is applied flat and adheres smoothly.
Film Cutting Device: Cuts the film quickly and cleanly.
Advantages of the Automatic Plastic Film Laminating Machine
Compared to earlier methods like manual film application, the automatic film laminating machine offers significant advantages:
High Efficiency: Speed is far greater than manual operation, meeting the demands of modern high-speed production lines.
High Quality: Ensures uniform, wrinkle-free film application, guaranteeing consistent cylinder body surface quality and significantly reducing the scrap rate.
Low Cost: Saves labor costs, and with precise film usage, reduces material waste.
Automation Integration: Easily integrated into automated production lines, enabling unmanned operation.
An automatic film laminating machine typically consists of:
Frame and Control System: Usually PLC-controlled to ensure precise and reliable movements.
Workpiece Clamping and Conveying System: Used to secure and transport the blanks.
Film Unwinding and Tension Control Mechanism: Ensures stable film tension during the wrapping process, preventing over-tightening breakage or loose, wrinkled film.
Laminating Head Assembly: Includes pressure rollers, guide rollers, etc., to ensure the film is applied flat and adheres smoothly.
Film Cutting Device: Cuts the film quickly and cleanly.
Advantages of the Automatic Plastic Film Laminating Machine
Compared to earlier methods like manual film application, the automatic film laminating machine offers significant advantages:
High Efficiency: Speed is far greater than manual operation, meeting the demands of modern high-speed production lines.
High Quality: Ensures uniform, wrinkle-free film application, guaranteeing consistent cylinder body surface quality and significantly reducing the scrap rate.
Low Cost: Saves labor costs, and with precise film usage, reduces material waste.
Automation Integration: Easily integrated into automated production lines, enabling unmanned operation.
2.5m*1.8m*1m
ISO 9001