Fender Mould

Welcome to our factory, where we specialize in the production of large-size fender moulds for the automotive industry. Fenders, also known as wheel housings or mudguards, are an essential component that protects vehicles from dirt, debris, and other road hazards. Given their size and lower requirement for appearance, customers often opt for cost-saving solutions, such as using S50C steel to manufacture the moulds.

S50C steel is a commonly used material in mould making due to its cost-effectiveness and good mechanical properties. However, to enhance its hardness and durability, heat treatment is applied to the steel. This ensures that the fender mould can withstand the demands of the injection moulding process and produce high-quality fenders.

At our factory, we understand the importance of providing our customers with the best solutions in terms of both cost and lead time. Our team of experts has extensive experience in manufacturing large-size fender moulds and can offer optimal designs that meet your specific requirements.

Due to the large size of fender, the mould is equipped with multi-tip of hot runner system, generally 6-14 tips. This allows molten plastic could be easily filled into the whole cavity of mould.

Due to the product with big size, it is not easy and safe to pick up the product from mould by hand when production. We will assure that the product attached on core freely, so that the robot could be used for picking up the product. Robotic automation can offer several advantages in terms of efficiency, precision, and consistency in the manufacturing process. Here are some key points to consider when using a robot for picking up products from a plastic fender mould:

• Gripping mechanism: The robot needs a suitable gripping mechanism to securely hold and lift the plastic fenders. The gripping mechanism should be designed to accommodate the shape and size of the fenders, ensuring a stable grip without damaging the parts.
• End-of-arm tooling (EOAT): The EOAT refers to the equipment attached to the robot's arm that interacts with the plastic fenders. It can include various types of grippers, suction cups, or custom-designed tools depending on the specific requirements of the fenders. The EOAT should be designed to provide precise positioning and a reliable grip.
• Positioning and orientation: The robot should be programmed to accurately position and orient itself relative to the mould to pick up the fenders. This may involve using sensors, vision systems, or programming techniques to ensure proper alignment and avoid collisions between the robot and the mould.
• Integration with the injection molding machine: The robot should be integrated with the injection molding machine's control system to ensure coordination between the moulding process and the robot's actions. This integration allows for synchronized movements, such as picking up the fenders immediately after they are ejected from the mould.

We take pride in our ability to deliver top-quality moulds with a focus on low cost and short lead times. With state-of-the-art facilities and advanced manufacturing techniques, we ensure that every fender mould produced in our factory meets the highest standards of precision and performance.

Contact us today to discuss your fender mould requirements and let us provide you with the best solution for your automotive manufacturing needs. Trust us to deliver exceptional results with efficiency and cost-effectiveness.

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