Machining/Drilling
GE, LM, NREL complete successful automated blade finishing trials
Pilot project started in 2020 leverages knowledge of advanced composites processing together with sensing, robotics and automation for low-cost solutions to boost throughput by 30%.
Read MoreLeuco PCD cutting tools enable high surface quality with long tool life
Leuco’s pure diamond milling, drilling and cutting tools achieve surface and durability requirements for CFRP automotive and aerospace components.
Read MoreVirgin Orbit automates composites machining processes for LauncherOne rockets
Part of the company’s larger strategy for reducing cycle times and labor costs on its composite-intensive rockets, a customized machine center from Multiax America solves composite machining challenges.
Read MoreUniversity of Bristol, NCC develop novel composite materials to assess performance in space
In-house developed matrices reinforced with carbon fiber will spend six months attached to the ISS to better understand and improve their functionality in extreme space conditions.
Read MoreCMS debuts hybrid LFAM/milling machine
The machining specialist has developed the first iteration of Kreator, a large-format, thermoplastic composite 3D printer and five-axis milling machine for tooling and jigs.
WatchOerlikon Balzers launches new line of diamond coatings
Oerlikon Balzers has introduced its new Baldia portfolio of diamond coatings machining and drilling highly abrasive materials.
Read MoreCEAD and Belotti make large-scale additive composites manufacturing accessible for industry
Strategic partnership combines expertise of additive and subtractive manufacturing into single hybrid solution: BEAD.
Read MoreNorthrop Grumman contributes key composite structures for ULA Delta IV rocket launch
Eleven composite structure such as composite thermal shields, interstage, payload, propellant tanks, produced via hand layup, machining and inspection techniques supported the successful launch.
Read MoreBest practices in the CNC machining of composites
Machining composite materials is a challenging task. Proper tool selection, machine settings and process innovations help make it manageable.
Read MoreFraunhofer IPT automates production of thermoplastic CFRP engine fan blades
Successful first demonstrations on 16-mm-thick CF/PA12 to be followed by CF/PEEK tapes and embedded sensors for structural health monitoring (SHM).
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