Standard injection molding produces precise, dimensionally stable parts with high repeatability – ideal for functional geometries, consistent wall thicknesses, and short cycle times. This method is particularly efficient for medium to high production volumes and ensures cost-effective implementation of component projects.
Multi-component injection molding combines two or more materials in a single mold – ideal for hard-soft combinations, integrated seals, or user-friendly surfaces. The advantages: no secondary assembly, excellent material bonding, and fewer production steps. The result: functionally integrated components with high quality standards and minimal assembly effort.
Insert molding integrates metal or other pre-fabricated inserts directly into the injection molding process – such as threaded inserts, bushings, or electrical contacts. The result: robust hybrid components with precise integration of mechanical or conductive elements. This process reduces assembly effort, increases part strength, and enables compact, multifunctional solutions.
Whether mirror cassettes, axle components with electronics, or functional components for interior assemblies, ARUSO-PLAST manufactures precision plastic parts for demanding applications in vehicle interiors. Our products meet the highest quality requirements of the automotive industry and impress with their dimensional accuracy, functional reliability, and durability.
Thanks to our many years of experience in the development and series production of complex plastic components, we deliver ready-to-install solutions – from individual modules to functionally integrated components. The integration of electronics, clip or torque connections, and optical viewing surfaces is also part of our range of services.
In electrified shipping, safe, durable, and precisely manufactured plastic components are essential. ARUSO-PLAST develops and manufactures elastomer components for high-voltage applications in the maritime environment—for example, protective caps, seals, or flexible connecting elements for electric drive systems. Selected materials with high thermal and mechanical resistance are processed—adapted to the specific requirements of high-voltage systems at sea.
To ensure a transparent and efficiently managed injection molding process, we rely on the Arburg host computer system (ALS). By digitally networking our entire machinery, we capture production data such as cycle times, downtimes, and process parameters in real time. Using the integrated planning board, we centrally schedule and monitor production orders – with full visibility into machine utilization, priorities, and status. This enables maximum efficiency, process reliability, and quality in digital plastics manufacturing.
We process a wide range of engineering thermoplastics, tailored to part function, load requirements, and production volume. Whether polyamide (PA), polypropylene (PP), ABS, POM, or glass fiber-reinforced plastics – our materials are used wherever precision, heat resistance, or mechanical strength is required.
With many years of experience in material-specific design, we support our customers early in the project phase in selecting the most suitable material. This ensures plastic components that are both functionally effective and economically viable.
For applications with specific requirements for sealing performance, grip, or flexural elasticity, we use thermoplastic elastomers (TPE) – often as hard-soft combinations in multi-component injection molding. These materials are ideal for sealing lips, flexible connectors, or ergonomic component zones.
Our injection molding processes enable precise processing of elastomers in combination with rigid thermoplastic components – directly in the mold, without additional assembly. This results in functionally integrated parts offering high design flexibility and reliable performance.
We process sustainable plastics such as recycled thermoplastics, bio-based polymers, and biodegradable materials – tailored to the demands of technical injection molding. These materials help reduce the carbon footprint and enable resource-efficient plastic components.
Thanks to our injection molding–oriented material selection, we integrate eco-friendly plastics seamlessly into existing production processes – without compromising on quality, dimensional accuracy, or process reliability. In this way, we actively contribute to sustainable plastic manufacturing.
