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Innovative and Customized MUD-Rapid Tooling Solutions

Products

Innovative and Customized MUD-Rapid Tooling Solutions

Rapid Tooling technology aimed at helping customers address personalized service needs from low volume concept development to mass plastic injection molding.

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    Application

    ABS materials is commonly used in Rapid Tooling progress. Rapid tooling is a manufacturing process that enables the rapid production of molds for prototyping, small-batch production, or testing purposes. These molds are typically fabricated in a relatively short period and possess a certain level of durability and precision, meeting the demands of rapid development and production. Rapid tooling often utilizes advanced techniques such as 3D printing, CNC machining, etc., to shorten production cycles and reduce costs.

    Parameters

    Parameters name Value
    Part Name Automotive storage compartment door
    Material ABS
    Color Black
    Size Length: 200 mm X Width: 150 mm X Thickness: 30 mm
    Surface finish Smooth-surface
    Features High strength, good surface quality, wear resistance, chemical resistance
    Purpose A storage compartment door for automotive interiors, providing storage space and protecting stored items
    Manufacturing processes Manufactured using rapid tooling technology, with injection molding processing, the production cycle is 1 week

    PROPERTIES AND ADVANTAGES

    Rapid tooling has a short production cycle, allowing for quick response to market demands. It boasts advantages such as speed, flexibility, and cost-effectiveness. By rapidly producing molds, companies can expedite the launch of new products, seizing opportunities in the market ahead of competitors.
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    DISADVANTAGES

    While rapid tooling offers advantages such as quick production, flexibility, and cost-effectiveness, it still presents certain disadvantages in terms of accuracy, durability, cost, and material selection. Therefore, when selecting rapid tooling, it is essential to consider the specific requirements of the product and the production environment to determine the most suitable manufacturing method.