Engineering parts for a circular future

We specialize in polymer design for recyclability — helping companies make smarter material and design decisions from the very first concepts. Our focus is mechanical and structural: how a part is designed, how materials are selected, and how those choices determine whether a product can be recycled, reused, or recovered at end of life.

The requirements - for example the PPWR (Packaging Waste Regulation) means that recycling of polymers become a mandatory part of product development.

With deep expertise in polymers and technical thermoplastic elastomers (TPEs), we work at the intersection of design and material science to solve one of manufacturing's hardest challenges — combining performance with recyclability. We bring a design-engineering perspective: material selection, part geometry, assembly methods, and disassembly logic that make recycling feasible in practice, not just in theory.

Our approach helps clients with for example:

• Select TPE grades and material combinations suited to both performance requirements and end-of-life recovery

  • This may be for a current design or for new development

• Design components and assemblies for easier separation, sorting, and recycling

• Reduce material complexity and incompatible material combinations that hinder recyclability

• Bridge the gap between design intent and recycling feasibility early in development

• Meet evolving sustainability and circular-economy requirements without compromising product performance

We work closely with engineering and product teams to integrate recyclability into the design process itself — not as an afterthought, but as a core design parameter alongside strength, durability, and cost etc.

Whether you're developing a new product or re-evaluating existing components, we can assists making design and material decisions that support both functional performance and a genuinely circular lifecycle.

Let's design for what comes next.