Injection Molding:
High Precision, Higher Performance
HIGH PRECISION, HIGHER PERFORMANCE
Injection Molding for Smart Technical Components
Injection molding is one of ILPEA Group’s key technologies, used to produce complex plastic and rubber components with high precision for the automotive and home appliance sectors.
Raw materials are heated and plasticized, then injected into a temperature-controlled mold. Once solidified, the component is ejected, ensuring consistent quality and dimensional accuracy.
ILPEA leverages advanced injection molding techniques, including:
- Overmolding, combining different materials such as rigid and soft polymers.
- Insert molding, integrating metal components within plastic parts to enhance functional and structural performance.
- Automated quality control systems, ensuring top performance and reliability in every component.
These processes deliver high productivity, design flexibility, and cost efficiency, while seamlessly integrating with other manufacturing technologies such as extrusion.
FAQ
1. Are there any dmensional limits for injection molding?
Injection molding does not have a fixed dimensional limit, as component size mainly depends on machine capacity, clamping force and mold dimensions. The process is particularly suitable for producing high volumes of small- to medium-sized thermoplastic components with complex geometries, consistent dimensions and high repeatability.
2. What is overmolding ideal for?
Overmolding is a multi-step manufacturing process in which a layer of TPE is molded directly onto another component, creating a single integrated, multi-material solution. It allows to maximise sealing performance and vibration dampening. Not only that, the finished components are very resistant to load-bearing, elasticity and anti-slip grip.
3. Do you manufacture components using customised molds?
Yes, ILPEA has an in-house tooling design and manufacturing department that co-developes molds and dedicated tooling in steel, aluminium, and other selected materials to match the specific geometry and requirements. We streamline the entire tooling process, reducing development and setup times and costs while providing customers worldwide with a highly customized, efficient, and cost-effective service.
