Overtime most plastics in cars deteriorate due to their exposure to the sun and it's damaging UV, often characterised by discolouration or in extreme cases deformation of shape.

You would expect manufacturer's to account for all factors when it comes to material choice.
However, it's often the case that inadequate materials are used typically as a result of cost-
cutting but also due to the nature of most automotive plastics. As with most components
on a vehicle, the challenge is that parts need to meet several performance requirements, such
as durability, flexibility and importantly in Australia's harsh climate, resistance to environmental factors. Using the wrong type of plastic can compromise the functionality and longevity of these parts.

Traditional plastic manufacturing in the automotive industry primarily relies on injection or vacuum molding techniques. While effective, these methods often incur high tooling costs and limited design flexibility. Additionally, overtime OEM-parts typically become obsolete especially if the car wasn’t made in the last 5-10 years, leaving enthusiasts with limited or no aftermarket replacement options.

3D printing offers a solution providing accessible, affordable and customisable design
solutions. Unlike traditional methods, 3D printing allows for low-cost small batch and one-off part
production, ensuring all vehicles can have high-quality replacements.

By embodying 3D printing and complementing design processes, we deliver reliable, high-quality automotive parts that meet or exceed OEM standards. Our innovative approach not only addresses the limitations of traditional manufacturing but also offers an efficient and completely customisable solution for the automotive industry.