Fyous is seeking to fundamentally change the manufacturing industry by launching its PolyMorphic moulding technology
As the world’s first, infinitely reusable moulding technology, PloyMoprhic was devised and engineered by company co-founders Joshua Shires and Thomas Bloomfield. The product features more than 28,000 densely packed pins that create the mould and, when in position, can withstand six tonnes of distributed pressure.
Capable of adapting to a different shape in under 20 minutes, the product produces zero tooling waste and makes usable parts 14 times faster than 3D printing.
"Our mission is to deliver a revolutionary moulding technology that will disrupt prototyping and manufacturing sectors worldwide,” commented Shires. "Using PolyMorphic moulding to rapidly create accurate moulds for tooling will reduce time to market for a huge array of products, plus unlock commercial viability for desirable products which currently have no cost-effective manufacture method.
"Our mission is to deliver this disruption whilst reducing environmental impact. PolyMorphic moulding is a zero-waste technology where raw materials are conserved and the moulds can be used again and again. We will remove not only physical waste in the form of materials and tooling, but also remove wasted time by accelerating product development, prototyping and manufacture efficiencies.”
Limitless manufacturing applications?
It was originally conceived to create bespoke footwear for athletes but the founders, after realising the broader potential of PolyMorphic, have extended its application to include medical and other industrial uses. With patent-pending, PolyMorphic will be unveiled in full at the RAPID + TCT event in Los Angeles which is running from 25-27 June in USA.
"This versatility makes its possible applications almost limitless,” added Bloomfield. “Much like when 3D printing was developed, the applications it could potentially be used for was unknown by its inventors. The Fyous team is now undertaking this period of discovery with PolyMorphic moulding, uncovering potential applications for this technology at an exponential rate."