A key application field of injection molding technology, covering automotive interior parts, exterior parts, and functional components.
Applied Products: Instrument panel components, door panel trim, automotive bumpers, wire harness sheaths, plastic parts around engines (e.g., oil pipe housings).
Crucial for the manufacturing of electronic device casings, structural parts, and insulating components.
Applied Products: Mobile phone casings, computer host enclosures, remote control housings, LED lamp covers, circuit board insulating parts.
Relies on high-precision injection molding to produce sterile components with good biocompatibility (usually using engineering plastics or specialty plastics).
Applied Products: Medical syringe plungers, sampling tube housings, surgical instrument handles, transparent covers for diagnostic equipment.
The most widely used field of injection molding, mainly focusing on daily-use plastic products with simple to moderately complex structures.
Applied Products: Plastic food storage containers, disposable tableware, toy housings (e.g., building blocks), household appliance casings (e.g., rice cooker lids).
This technology not only meets the packaging requirements of different fields such as food, industry, and logistics but also aligns with the lightweight trend of "green packaging".
Applied Products: Plastic bottle caps, food packaging films (products of injection-stretch blow molding derivative process), cosmetic container bodies.
In the mechanical field, wear-resistant and high-strength structural components require wear resistance, strong load-bearing capacity, high precision, and cost-effectiveness.
Applied Products: Gearbox housings, bearing cages, plastic handles for industrial tools, protective covers for mechanical components.