Fibre processing and converting machinery manufacturer Cygnet Texkimp will use this year’s Advanced Engineering show to highlight its high-tension filament winding and composites recycling solutions.
The company specialises in the design and manufacture of downstream processing equipment including filament winding, prepreg, coating and slitting machines. Its high-tension winding solution is the latest development in its filament winding product range which also includes high-speed, multi-axis and 3D winding machines.
Visitors will be able to find out more about the company’s approach to winding fibre at extremely high tension to create composite parts that perform well under intense forces, such as pressure, speed and rotation.
“We developed our high-tension winding technology in response to a number of enquiries from manufacturers looking for ways to increase the strength and resistance of their composite parts without adding weight or compromising fibre integrity,” explained Cygnet Texkimp CEO Luke Vardy. “We’ve designed a system that is particularly relevant in the manufacture of high-performance parts such as pressure vessels and motors that are subject to intense energetic forces such as pressure, speed and rotation.”
The company will also showcase the fibre reclaiming and recycling solution, DEECOM, which it is developing specifically for the composites market. DEECOM is an innovative technology that uses superheated steam to reclaim composite fibres and resins from wound parts and offers the potential for them to be reused in the manufacture of new parts.
“The quality, length and consistency of fibres we’re able to reclaim make DEECOM a truly game-changing solution for composites manufacturers and end users working to address the major challenges of sustainability, supply and waste reduction,” said Vardy. “Through the processes of reclaiming and reusing, DEECOM provides the possibility of using every carbon fibre multiple times. Giving composite fibres multiple lifecycles means massively reducing their lifetime cost and environmental footprint and create a more abundant and consistent supply of carbon fibre.”