comparemela.com

Latest Breaking News On - Cygnet texkimp - Page 14 : comparemela.com

GKN Aerospace and partners launch ASCEND to accelerate high-volume composite technologies

Enabled Development) to develop and accelerate composite material and process technologies for the next generation of energy efficient aircraft and future mobility. The £40 million consortium, funded by a £20 million commitment from industry and a £19.6 million commitment from the UK Government via the Aerospace Technology Institute (ATI), will focus on greater adoption of composite technologies, the industrialization of new technologies, as well as accelerating aerospace production rates to meet future high-volume requirements. This includes the development of advanced material and automation equipment technologies across the U.K. supply chain to manufacture lightweight structures for the sustainable air mobility, aerospace and automotive industries.

CCP Gransden Highly Commended at Composites UK Awards

CCP Gransden Highly Commended at Composites UK Awards
airforce-technology.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from airforce-technology.com Daily Mail and Mail on Sunday newspapers.

Cygnet s MAW streamlines large parts production

Cygnet’s MAW streamlines large parts production The Multi Axis Winder (MAW) features rail-mounted rotating rings which move backwards, forwards and around a static mandrel, to create the required winding geometry. 1st March 2021 A new filament winding machine is poised to transform the way long, continuous composite parts can be made. The Multi Axis Winder (MAW) has been developed by fibre converting expert and machine builder Cygnet Texkimp, of Northwich, UK, to manufacture tubular composite parts with angles and slight curves, including aircraft wing spars, crash protection structures, pipes and other profiles. Unlike a conventional filament winding machine where fibres are wound onto a rotating mandrel, the MAW features rail-mounted rotating rings which move backwards, forwards and around a static mandrel, to create the required winding geometry.

© 2025 Vimarsana

vimarsana © 2020. All Rights Reserved.