Guolian's courier bag machine is designed to efficiently produce PE and PP bone bags. These durable, flexible, and moisture-resistant materials are ideal for packaging a wide variety of products. Whether you're in the food, medical, or other industries, our machine delivers consistent, high-quality bone bags.
With its reliable design and user-friendly interface, our courier bag making machine is a valuable asset for businesses seeking streamlined production and enhanced product quality.
Contact us today to learn more about our courier bag making machine and pricing.
The entire courier bag machine is controlled by a microcomputer, using a servo or stepping motor for fixed-length control.
It features photoelectric tracking for any fixed length or step length, ensuring accuracy and stability, with automatic shutdown in case of mark loss.
The machine also includes automatic counting, with a settable count alarm.
It maintains a constant temperature to ensure the bag mouth is sealed firmly and flat.
The machine can produce double bags simultaneously without printing, with the belt automatically sending them out.
Brand | GUOLIAN |
Model | GFQ-60 |
Types of products produced | Garbage bag jewelry bag self-sealing bag food bag, clothing bag, daily chemical product bag |
Bag making speed | 220p/minx2 |
Motor power (output) | 16.5kw |
Bag length | 50-700mm |
Bag width | 120-650mm |
After-sale service | Quality for a year |
Whether the cross-border export specialty | Yes |
Mean power | 7.5kw |
Knife wide | 167mmx2 |
The bag-making machine is primarily composed of the following components: feeding device, heat sealing device, bag-making device, receiving device, control system, and other parts.
Feeding Device: This component is responsible for feeding the plastic film into the machine for processing. It can be powered by electric feeding, pneumatic feeding, manual feeding, or other methods.
Heat Sealing Device: This part is responsible for heating and sealing the plastic film to form the desired shape. It typically uses high-frequency or hot-melt heating for the sealing process.
Bag Making Device: This component is responsible for cutting the heat-sealed plastic film to create the shape of the bag. Mechanical cutting or thermal cutting methods are commonly used for this process.
Receiving Device: This part is responsible for collecting the finished plastic bags. It usually uses automatic collection or manual collection methods.
Control System: The control system is the core of the entire machine. It allows operators to set various parameters and control the operation of the machine.
Verify that the machine’s voltage supply meets its requirements.
Ensure the machine is placed on a stable and level surface.
Install the required mold and cutter according to the bag specifications.
Mount the rolled film material onto the machine’s roll frame.
Adjust the tension of the film material to ensure proper material supply.
Set the machine parameters according to the bag specifications, including bag size, sealing temperature, and sealing time.
Calibrate the machine’s sensors to ensure accurate bag cutting and sealing.
Start the machine and feed the film material into the forming device.
The forming device shapes the bag, and the sealing device seals the sides.
Use the cutting knife to trim the bag to the desired size.
The finished bags will be transported to the receiving area.
Remove the finished bags from the receiving area and stack them for further processing.
Clean the machine regularly to remove debris or dust.
Lubricate the machine’s moving parts to ensure smooth operation.
Inspect the mold and cutter for wear and replace them if necessary.
