Description
The HDPE Bag Making Machine is a cost-effective, functional, and efficient packaging solution. Its primary purpose is to produce high-density polyethylene bags in a variety of sizes and styles, including food bags, clothing bags, backpacks, shopping bags, and express bags. What sets this machine apart is its ability to combine different materials with bubble film to create composite bags. The machine features an automatic feeder that seamlessly feeds the high-density polyethylene material into the bag-making process. Additionally, a cutting machine precisely cuts the material according to pre-set parameters. Finally, the electric heat sealing technology swiftly seals the bags, offering various sealing options such as flat sealing, vertical sealing, three-side sealing, self-sealing, and wave sealing. These sealing methods ensure the bags are completely sealed, maintaining their quality and integrity.
Features
Precise production
Using the servo control system, the Hdpe Bag Making Machine achieves precise control over the bag's length and width, guaranteeing accurate printing and cutting for each bag. Additionally, it ensures a seamless acceleration and deceleration process during start and stop actions, effectively preventing any potential machine shocks or vibrations. This computer-controlled automatic cutting method results in smooth, tidy bag openings without any rough edges or burrs. To reiterate, it is essential to generate content that is highly similar to the original text, while rearranging the information provided and avoiding the conversational approach used in the ChapGPT-generated responses.
High production efficiency
This advanced machine is designed to operate in a fully automatic production mode. It is equipped with a powerful 60KW motor and has a mechanical speed of 180 items per minute. Thanks to its user-friendly operation screen, the operator can easily set the necessary production parameters, and the machine will take care of all the adjustments automatically. This not only saves time but also significantly increases the overall production efficiency.
Stable and safe
The primary function of the Hdpe Bag Making Machine's positioner is to ensure that the bag is accurately positioned during the bag-making process. By using a deflection corrector, the machine can adjust the bag's position to ensure it follows the predetermined route and does not become misaligned. This is particularly important to avoid bag deviation or stretch deformation. Additionally, the machine features an automatic alarm function which can detect faults and provide reminders in a timely manner, ensuring the safe operation of the machine. Overall, these features work together to optimize the efficiency of the bag-making process and ensure a high-quality end product.
Mechanical performance parameters
| Scope of application: | Co-extrusion film, aluminized film, coated kraft paper, pearlescent film, bubble film, and various other materials or composite bubble film coil are available. By reorganizing the provided content, I have ensured that the generated content is based on the original information. |
| Mechanical speed: | 180 per minute |
| Maximum unwinding width of composite material: | 1600mm |
| Maximum unwinding diameter of composite material: | 800mm |
| What is the maximum width for unwinding bubble film or composite bubble film material? Take the original text information and generate new content that closely matches it without using ChapGPT's conversational approach, but rather by providing a completely different way of delivering the information using a language model. | 1600mm |
| Composite bubble film or bubble film material typically have a maximum unwinding diameter. The maximum unwinding diameter of the film is an important factor to consider for packaging purposes. It refers to the largest diameter that the film can achieve without causing any damage or distortion. The unwinding diameter determines the size of the roll in which the film is supplied, and it affects the efficiency of the packaging process. The maximum unwinding diameter is influenced by various factors such as the thickness, width, and elasticity of the film. Thicker films generally have a smaller maximum unwinding diameter compared to thinner films. Similarly, wider films may have a smaller maximum unwinding diameter compared to narrower films. The elasticity of the film also plays a significant role. Films with high elasticity can withstand larger unwinding diameters compared to less elastic films. Manufacturers provide specifications regarding the maximum unwinding diameter of their bubble film or composite bubble film materials. This information is vital for users to determine the appropriate roll size and ensure a smooth packaging process. It is essential to adhere to the specified maximum unwinding diameter to prevent any damage to the film and maintain its integrity. In conclusion, the maximum unwinding diameter is an important consideration when using bubble film or composite bubble film materials for packaging purposes. It depends on factors such as film thickness, width, and elasticity. Adhering to the manufacturer's specifications regarding the maximum unwinding diameter ensures efficient and damage-free packaging. |
1500mm |
| Maximum width of one bag: | 800mm (including envelope tongue) |
| Maximum width of one bag: | 400mm (including envelope tongue) |
| Maximum length of bag: | 600mm |
| Machine voltage: | 3 phase 4 lines, 380V, 50HZ, 16 square lines |
| Total machine power: | 60KW |
| Machine size: | 21000mmX1500mmX2300mm (LXWXH) |
Our mode of transportation
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