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China Suppliers Factory for Precision Moulds for Rear Tail Light Bracket – High-Volume Automotive Production
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China Suppliers Factory for Precision Moulds for Rear Tail Light Bracket – High-Volume Automotive Production

The rear tail light bracket mold is a high-quality tool designed for mass production in the automotive industry. Manufactured in China, this specialized mold enables efficient and precise fabrication of mounting brackets through injection molding or stamping processes. As a leading supplier in the market, we ensure our product meets industry standards, delivering consistent, high-strength components compatible with a variety of vehicle models. Our factory's robust design promises reliable performance through continuous production cycles, optimizing cost-effectiveness for automotive manufacturers looking to produce taillight solutions across different vehicle platforms

    Product Overview

    This mold uses a P20 steel cavity and core material, a 45# mold base, and incorporates a hot runner system, water cooling, and a double-groove design. It can rapidly produce bracket components with mounting slots/slanted holes, ensuring precise matching with taillights and bumpers. The modular design (such as dual forming cavities and a slanted push mechanism) supports snap-fit/screw-fit connections, meeting the needs of passenger car and commercial vehicle manufacturing and after-sales maintenance scenarios.


    Product Features
    1

    High-efficiency Production

    ◎ Modular design (dual forming cavity, inclined push assembly) enables batch forming, reduces secondary processing, and improves efficiency.

    2

    Precision Forming

    ◎ The inclined forming mechanism and hot runner system directly form complex holes with a dimensional accuracy of ±0.02mm and high structural strength.

    3

    Highly Adaptable

    ◎ Supports the production of plastic clip-on/metal screw-on brackets, covering the taillight and bumper installation needs of multiple vehicle models.

    4

    Durable and Stable

    ◎ The P20 steel cavity and core material are wear-resistant and deformation-resistant, and the water-cooling system ensures continuous production stability.


    Use Cases
    Automobile Manufacturing

    Automobile Manufacturing

    Mass production of brackets for taillight assembly in passenger cars and commercial vehicles.

    Parts and Repair

    Parts and Repair

    Fast supply of replacement brackets in the aftermarket, adaptable to the repair needs of different vehicle models.


    Technical Parameters
    Cavity Material P20 Steel Key
    Core Material P20 Steel
    Mould Base Material 45#
    Ejection System Pin Ejector and Ejection Plate
    Number of Cavity 2 Cavities (Right + Left) Dual
    Gate Hot Runner System + Normal Side Gate
    Cooling System By Water

    Conclusion

    Contact us now for a quote and experience the difference of working with the best in the business.


    Frequently Asked Questions
    Q
    What material is used for the mold cavity and core?
    Both the cavity and core are made of P20 steel, which offers excellent wear resistance and deformation resistance, ensuring a long service life and consistent dimensional accuracy across high-volume production runs.
    Q
    What is the dimensional accuracy of the parts produced by this mold?
    The mold achieves a dimensional accuracy of ±0.02mm, enabled by the precision inclined forming mechanism and hot runner system. This ensures that all produced brackets fit precisely with taillights and bumpers.
    Q
    What types of vehicle brackets can this mold produce?
    This mold supports the production of both plastic clip-on and metal screw-on brackets, suitable for taillight and bumper installation across multiple passenger car and commercial vehicle models.
    Q
    How does the cooling system work and why is it important?
    The mold uses a water-based cooling system that rapidly dissipates heat generated during injection molding. This ensures stable and continuous production, reduces cycle times, and minimizes the risk of defects caused by thermal deformation.
    Q
    What is the advantage of the dual-cavity design?
    The dual-cavity design (right + left) allows simultaneous forming of two bracket components in a single cycle. Combined with the hot runner system and inclined push mechanism, this significantly increases production efficiency and reduces per-unit manufacturing costs.
    Q
    Is this mold suitable for both OEM manufacturing and aftermarket repair supply?
    Yes. This mold is designed to meet the demands of both original equipment manufacturing (OEM) for passenger cars and commercial vehicles, and aftermarket repair supply. Its modular, adaptable design allows fast production of replacement brackets compatible with a wide range of vehicle models.