As the new energy automotive industry evolves, Aiketeplast is striving to enhance its machinery, engineering team, and sales division to become a leading provider and actively contribute to the global new energy revolution in the automotive sector.

Partnering with Aiketeplast means collaborating with a top-tier provider specializing in plastic injection molding services, including injection molding, insert molding, over-molding, and micro-molding.

Our specialized automotive manufacturing team can collaborate with you to design moldable parts optimized for production. We're committed to helping you meet your program goals efficiently and within budget.

At Aiketeplast, we have a skilled team comprising product designers, plastics engineers, and a manufacturing factory, all collaborating to deliver the custom molded plastic components and automotive parts you need. We'll discuss your project specifications, including product requirements, usage, quantity, and more. With this information, we'll guide you in choosing the most suitable manufacturing method, whether automotive thermoforming or injection molding, and the right thermoplastic material.

Once the details are finalized, we can create an intricate 3D model of the product and produce a prototype using our cutting-edge 3D printing technology. Our team will collaborate with you to make any necessary adjustments, address concerns, and explore ways to enhance the design.

After the prototype is finalized and approved, we proceed to the tooling phase, where we design the intricate, double-sided injection molds needed to shape the products, parts, or components. Given the precision required in automotive plastic injection molding, we also create temporary tooling to determine the correct pressure, address any mold issues, and ensure the final product accurately reflects the design and prototype.

Once the design is complete, we can start the plastic injection molding process for your automotive parts. The thermoplastic material is heated to a liquid state and, with injectors capable of applying up to 1000 tons of pressure, the molten plastic is injected into the mold cavity, filling it entirely and capturing every detail, corner, and angle. After cooling, the part is ejected from the mold and moved on for any necessary finishing tasks, such as sanding, painting, or assembly

The automotive industry is increasingly opting for custom plastics over metal or ceramic components because modern engineering-grade resins and polymers offer lightweight, durable, and high-performance solutions that can endure extreme heat and friction. Plastics enhance fuel efficiency, reduce production costs, and provide exterior elements with superior impact and scratch resistance compared to ceramic or metal alternatives.

Because the double-sided tooling used for automotive plastic injection molding is more complex, it has a longer lead time than thermoforming, usually 16 to 20 weeks rather than 14 weeks. However, there are several benefits to choosing injection molding automotive parts.

High Volume Orders
To endure the demands of mass-producing plastic car parts, our tooling is crafted from heavy-gauge steel, aluminum, or beryllium-copper alloy. Whether you require a single high-volume production run or multiple orders, reusing the injection mold greatly lowers the per-unit cost of your plastic components.

Fast Production
Once the automotive injection mold is set up, the process enables swift production with little to no waste, allowing the plastic parts to be immediately finished or assembled as required.

Complex or Advanced Component Designs
Plastic automotive parts frequently feature intricate details, including varying thicknesses, raised edges, and sharp corners or angles. Injection molding facilitates the creation of these details in ways that other manufacturing methods cannot achieve.

Small Components
While thermoforming is suitable for creating body panels and larger components, injection molding is more effective for producing smaller automotive parts like knobs and dials. This method allows us to design multi-cavity molds, which accelerates the manufacturing process.