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High-Efficiency Die-Cutting and Laminating Machine from China Suppliers and Factory - 300 PPM, Large Size Capability
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High-Efficiency Die-Cutting and Laminating Machine from China Suppliers and Factory - 300 PPM, Large Size Capability

Functional Features of Our High-Efficiency Stack Technology

Our innovative one-time multi-piece stack design, available from leading China suppliers and factories, allows for a remarkable speed of up to 300 PPM with each single stack. This system minimizes turnover times, significantly enhancing operational efficiency while reducing the risk of pole piece damage. The integrated design also leads to a reduction in site and labor costs by 3 to 5 times, making it an optimal choice for industries seeking cost-effective solutions. With a large pole size capability of up to 1000*500mm, our product meets diverse manufacturing needs, ensuring high performance and reliability. Explore the advantages of partnering with trusted suppliers and factories in China for your operational needs.

    Product Parameters

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    1. Laser die-cutting The equipment uses laser technology to cut the edge foils of positive and negative lithium battery electrode sheets into the shape of lugs. Laser die-cutting has the advantages of high precision, high speed and high efficiency, which can ensure that the size and shape of each pole piece meet the process requirements.
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    2. Slitting process After laser die-cutting, the equipment will carry out the slitting process to slit the cut pole piece from the center and split it into two. This step ensures that the size and shape of the pole piece meets the requirements of subsequent processes.
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    3. Automatic Stacking After laser die cutting and slitting, the machine automatically performs the stacking process. Through the precise positioning and control system, multiple poles are stacked together in a set order and position to form a stacked core.
    4. Efficient production The laser die-cutting and stacking machine realizes continuous production from material cutting to finished product stacking by means of automatic and intelligent control system. This not only greatly improves the production efficiency, but also reduces manual intervention and errors, and improves product quality.
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    5. Easy to operate and maintain The equipment is equipped with an intelligent operating system and fault diagnosis system, which makes operation and maintenance easier and more convenient. Users can easily set and adjust the process parameters through the operation interface, while the equipment will automatically carry out troubleshooting and alarm prompts, so as to facilitate users to solve problems in time.
    The laser die-cutting and stacking machine is one of the indispensable and important equipments in the production process of lithium battery. It combines laser die-cutting, slitting and automatic stacking and other functions in one, realizing a highly efficient, accurate and automated production process. At the same time, its intelligent operating system and fault diagnosis system also make the operation and maintenance become more simple and convenient.

    Product Display

    Equipment Overview

    Frequently Asked Questions

    Q1: What are the advantages of using laser technology for die-cutting?
    Laser die-cutting offers high precision, high speed, and high efficiency. It ensures that the lithium battery electrode sheets are cut exactly to the required lug shape and size, meeting strict process requirements.
    Q2: How does the slitting process contribute to the production line?
    The slitting process occurs after laser cutting, where the equipment splits the cut pole piece from the center into two parts. This ensures the components are the correct dimensions for subsequent manufacturing stages.
    Q3: Is the stacking process automated in this machine?
    Yes, the machine features an automatic stacking process. It uses a precise positioning and control system to stack multiple poles in a specific order to form a high-quality stacked core.
    Q4: How does the equipment improve overall production efficiency?
    By integrating material cutting, slitting, and stacking into one continuous automated system, the machine reduces manual intervention, minimizes errors, and significantly speeds up the production cycle.
    Q5: What features assist with equipment maintenance?
    The machine is equipped with an intelligent fault diagnosis system. It provides automatic troubleshooting and alarm prompts, allowing users to identify and solve problems quickly through the operation interface.
    Q6: Can process parameters be adjusted easily?
    Yes, the intelligent operating system allows users to easily set and adjust process parameters via a user-friendly interface, making it adaptable to different production needs.