Our all-encompassing product design and development service is delivered in three key parts to ensure everything is made to your specifications.
We’ll take the time to understand your requirements and make recommendations where necessary. We’ll also source non-moulded parts if this is required.
We can highlight potential problems with the design using our mould flow analysis software and will also provide you with a prototype for design validation.
Once everything has been finalised, we’ll start manufacturing your component and assemble everything so you receive a fully-completed part.
Taking a product design through to injection moulding starts with designing for manufacture (DFM), ensuring the component can be produced/moulded efficiently and cost-effectively. The process typically includes design consultation, material selection, CAD development, and sometimes prototype testing and design validation before tooling and production begin. By considering manufacturing requirements early, potential issues can be identified and resolved before expensive tooling is commissioned. Working with a partner that combines product design, toolmaking and injection moulding expertise helps reduce development risk, shorten lead times and deliver production-ready components.
PEEK is a high-performance engineering plastic designed for demanding applications where standard polymers cannot meet the required performance. Its exceptional strength, temperature resistance, chemical stability and wear properties make it suitable for industries such as aerospace, automotive, medical and energy. The specialist manufacturing processes and high-quality raw materials involved in producing PEEK contribute to its higher cost. When long-term durability and performance are critical, however, PEEK can provide significant operational and commercial benefits.
In many applications, plastic components can successfully replace metal parts to reduce weight, simplify assembly and improve manufacturing efficiency. Modern engineering polymers offer excellent strength, durability and chemical resistance, while often reducing transport costs and overall material usage.
The suitability of a plastic alternative depends on the component’s function, operating environment and performance requirements. Careful product design and material selection can help achieve the right balance between strength, cost and sustainability without compromising reliability.
You gain access to practical design guidance that balances function, performance and cost. From material selection to part geometry, every decision is made to avoid over-engineering while ensuring reliability and longevity.
Have a project you need our support with? If any of our services sound like they could be of use to you and your company, simply click the button to request a quote and get started.