Technically advanced plastic components – built for function, precision and design
When standard plastic parts aren’t enough
Many of our customers have products or ideas that need more than a basic plastic part. They face requirements for strength, precision, chemical and temperature resistance, and a good visual design. Standard solutions don’t meet these demands – and that’s where we come in.
More and more customers also want to use recycled materials and reduce their environmental footprint – without sacrificing function or quality. To do that, they need a partner who understands the options.
Technology, creativity and close collaboration – from idea to finished component
What makes a plastic component technically advanced? It’s the combination of
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Expertise and early involvement
We join early in the process and work closely with the customer to understand function, environmental needs and design. This helps us choose the right material, optimize geometry and design for production – saving time and cost.
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Advanced moulds and modern machines
We build precise moulds that allow complex parts with tight tolerances. Our machines range from 25 to 2400 tons clamping force, and we mould everything from small precision parts to large, strong components – often fully automated.
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Updated material knowledge and supplier collaboration
We work with leading raw material suppliers and stay current on new materials and properties. This lets us recommend solutions that fit both the application and production – including recycled plastic when suitable.
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Functional and visual design – with external product developer
When appearance matters, we involve our dedicated product developer. Together with the customer and our technical team, we make sure the components work well and look good – with the right surface, colour and shape.
Custom components – optimized for performance and production
This approach gives clear benefits
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Strong performance in tough conditions
Heat, force and chemicals
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Fewer parts
Thanks to smart design and integrated functions
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Lower production costs
Through optimization and automation
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Faster development
By solving challenges early
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Design that works and looks good
Through close collaboration
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Option to use recycled materials
when technically and practically possible