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Model Number | XP-600 |
Voltage | 220V/380V 50Hz |
Dimension(L*W*H) | 4500×1800×2100mm |
Weight | 1300KG |
Max Speed | 100pcs/min, 150pcs/min, 140pcs/min, 40pcs/min, 120pcs/min,
180pcs/min, 200pcs/min |
Usage | plastic bag machine |
Name | garbage bag making machine |
Raw material | plastic |
Bag Width | 10-500mm |
Bag length | 10-2500mm |
Sealing and Cutting Thickness | 0.005-0.15mm |
Material Feeding: The process begins with the feeding of the raw material into the machine. The material is usually on a roll or in a continuous sheet form. The machine can accommodate different types of materials, depending on the bag's specifications.
Printing (Optional): If the bags require printing with logos, designs, or information, some machines have an integrated printing unit. This unit can apply ink or other printing methods onto the material as it passes through the machine.
Sealing: The material passes through a sealing station where it is heated to create the necessary seals. The type of seal depends on the bag's design. Common sealing methods include heat sealing for plastic bags and adhesive or heat sealing for paper bags.
Cutting: After the sealing, the material is cut to the desired length to create individual bags. Precision cutting ensures that the bags are uniform in size and shape.
Handle Attachment (Optional): For bags with handles, handle attachment stations may be part of the machine. Handles can be made from the same material or a different material, and they are securely attached to the bag.
Folding and Stacking: The finished bags are often folded and stacked in a neat arrangement, ready for packaging and distribution. Machines with stacking units can count and stack bags automatically.
Quality Control: Some machines are equipped with sensors and quality control mechanisms to detect defects in the bags, such as misaligned seals or printing errors. Defective bags can be removed from the production line.
Waste Management: Waste material, such as trimmings from the edges of the material and defective bags, may be collected for recycling or disposal.
Collection and Packaging: The completed bags are collected, and packaging processes can be integrated into the machine for easy transport and distribution.
Automation and Controls: Modern shopping bag making machines often have computerized controls that allow operators to set parameters such as bag size, thickness, and print design. These controls ensure consistent production and allow for easy adjustments to meet specific requirements.
Safety Measures: Safety features are integrated into the machine to protect operators from hazards like hot sealing elements and moving parts.