Xinda Pelosi Co.,Limited
Xinda Pelosi Co.,Limited
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| Voltage | 220V/380V |
| Total Power | 16.5KW |
| Average Power | 7.5KW |
| Knife width | 670mm * 2pcs |
| Film width | 120-650mm |
| Bag Length | New Product |
| Max Speed | 200pcs/min*2 |
| Machine Length | 3800mm |
| Machine Width | 1900mm |
| Machine Height | 1300mm |
| Machine Weight | 1300KG |
Material Feeding: The machine begins by feeding the raw material, typically polyethylene (PE) or polypropylene (PP) film rolls, into the machine. These rolls serve as the primary material for manufacturing courier bags.
Material Cutting: The film rolls are then accurately cut into the desired width and length using precision cutting mechanisms within the machine. This ensures uniformity and consistency in the size of the courier bags.
Sealing and Welding: The cut film pieces are then fed into a sealing and welding section of the machine. Here, heat sealing technology is employed to seal the edges of the film together, forming the sides and bottom of the courier bags. High-frequency welding or ultrasonic welding may also be used for certain types of courier bags.
Bag Forming: Once the sides and bottom of the bags are sealed, the machine proceeds to fold and shape the film into the desired bag configuration. This may involve folding the film longitudinally to create the bag's sides and bottom, followed by transverse sealing to form the bag's bottom and closure.
Handle Attachment (Optional): Some courier bags may include handles for easy carrying. In such cases, the machine may incorporate 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 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 and stacked for packaging or further processing. Automatic stacking mechanisms ensure efficient handling and stacking of the finished bags.
Quality Control: Throughout the manufacturing process, quality control measures are implemented to ensure that the courier bags meet the desired specifications in terms of dimensions, seal strength, printing accuracy, and overall quality.
1. Triangle Folder with single unwinder and friction brake disk
2. Soft sheets or dancing rollers plus photocells to control the back film feeding speed
3. back film feeding driven by one AC motor
4. AC inverter control motor to drive the hot cutting bar
5. Back document pocket film unwinder
6. Printing mark tracking photocell
7. Standard adhesive taper putter
8. Standard longitudinal sealing bar for back document pocket
9. Microsoft Computer control
Q1: How to visit our Factory? (not a trade company)
A: Option 1: Guangzhou Airport→ Wenzhou Airport→ Pick you up
Option 2: Shanghai Airport→ Wenzhou Airport or Rui’an Train Station→Pick you up
Q2: How does your factory do the quality control?
A:“QUALITY FIRST " We purchase qualified parts, test the machine every step when manufacturing.
Q3:Do you have after-sale service?
A: 1 Year Warranty and timeless maintenance service. One service center in Germany.
Q4:How does a Courier Bag Making Machine work?
A:The machine operates by processing rolls of raw material, typically polyethylene (PE) or polypropylene (PP) films. These rolls are fed into the machine, which then cuts, seals, welds, forms, and optionally prints and attaches handles to produce finished courier bags.
Q5:What types of materials can be used with a Courier Bag Making Machine?
A:Courier Bag Making Machines are designed to handle various types of flexible packaging materials, including polyethylene (PE), polypropylene (PP), and other similar thermoplastic films commonly used for packaging applications.
Q6:What are the key features of a Courier Bag Making Machine?
A:Key features of a Courier Bag Making Machine include material feeding, cutting, sealing, welding, bag forming, optional handle attachment, optional printing capabilities, cutting, stacking, and quality control measures.
Q7:What are the benefits of using a Courier Bag Making Machine?
A:The benefits of using a Courier Bag Making Machine include increased production efficiency, reduced labor costs, consistent product quality, customization options for printing and handle attachment, and the ability to produce high-quality courier bags for packaging and shipping applications.
