Model | RQL-600 | RQL-800 | RQL-1000 | QRL-1200 |
Suitable material | BOPP/OPP/PE/PP Film | |||
Layer | Single layer | |||
Bag type | Side sealing bags | |||
Cutting Width | 580mm | 780mm | 980mm | 1180mm |
Cutting Length | 1000mm | |||
Capacity | 40-240pcs/min | |||
Main motor | 1.1kw | 1.5kw | 2.2kw | 3kw |
Folding | Online(optional part) | |||
EPC | Optional part | |||
Ultrasonic | Optional part | |||
Machine size | 3.6*1.2*1.7m | 3.6*1.4*1.7m | 3.6*1.5*1.7m | 3.6*1.6*1.7m |
Machine weight | 700kg | 800kg | 900kg | 1000kg |
Voltage | Single phase,220V/50HZ (Can be customized) |
Material Loading:
The raw material, typically polyethylene (PE) or polypropylene (PP) film rolls, is loaded onto the machine's material roll holder.
Material Unwinding:
The film rolls are unwound and fed into the machine using precision feeding mechanisms. This ensures a continuous supply of material for the manufacturing process.
Film Cutting:
The machine accurately cuts the film to the desired width and length using precision cutting mechanisms. This step ensures uniformity in the size and shape of the courier bags.
Sealing and Welding:
Heat sealing technology is employed to seal the edges of the film together, forming the sides and bottom of the plastic courier bags. High-frequency welding or ultrasonic welding may also be used for certain types of bags to ensure strong and durable seals.
Bag Forming:
Once sealed, the machine folds and shapes the film to form the bags. This involves longitudinal folding to create the bag's sides and bottom, followed by transverse sealing to form the bag's closure. This step ensures precise folding and sealing to produce high-quality bags.
Handle Attachment (Optional):
Some plastic courier bags may include handles for easy carrying. In such cases, the machine incorporates a handle attachment mechanism to add handles to the bags during the manufacturing process.
Printing (Optional):
If required, the machine may include a printing station where logos, barcodes, shipping information, or other customizations can be printed directly onto the plastic courier bags as they are being produced.
Cutting and Stacking:
Once the bags are formed and any printing or handle attachment is completed, they are cut from the continuous roll. Automatic stacking mechanisms then ensure efficient handling and stacking of the finished bags for packaging or further processing.
Quality Control:
Throughout the manufacturing process, quality control measures are implemented to ensure that the plastic courier bags meet the desired specifications in terms of dimensions, seal strength, printing accuracy, and overall quality. This ensures that only high-quality bags are produced and delivered to customers.
1.What is a Plastic Courier Bag Making Machine?
A Plastic Courier Bag Making Machine is specialized equipment used to manufacture plastic bags specifically designed for courier or mailing purposes.
2.How does it work?
The machine processes rolls of plastic film, cutting, sealing, and forming them into plastic bags suitable for courier packaging.
3.What types of plastic can it handle?
Plastic Courier Bag Making Machines can handle various types of plastic films, including polyethylene (PE) and polypropylene (PP), commonly used for packaging applications.
4.What are the benefits?
Benefits include increased production efficiency, reduced labor costs, customization options, and the ability to produce high-quality plastic bags suitable for courier packaging.
5.Is training required to operate it?
Yes, operators typically require training on machine operation, maintenance, troubleshooting, and safety protocols.
6.What maintenance is needed?
Regular maintenance such as cleaning, lubrication, inspection, and replacement of worn parts is necessary to ensure efficient operation and prevent downtime.
7.Can it be customized?
Yes, Plastic Courier Bag Making Machines can often be customized to accommodate different bag sizes, materials, printing options, and handle attachment features to meet specific requirements.