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Strategic collaboration agreement will see to the development of innovative advanced materials and aerospace technologies that will enhance the safety, efficiency and sustainability of future aircraft.

The pick-and-place system with software-driven automated will be the first in Airbus facilities, enabling highly efficient and flexible dry fiber preform manufacture for A350 structures.

Automated cell combines ply placement, preform trimming, a ply cutter and a hot drape former for 3D preform production, to be initially deployed to fulfill ASCEND project objectives.

Airborne’s integrated automated kitting system can pick composites plies directly from the conveyor cutter to sort, sequence and store them in a compact and fast buffer station.

Collaboration is targeted at maximizing the energy capacity of lightweight and compact next-generation battery packs for e-mobility, while also targeting reuse of composite waste.

Airborne is involved in several projects with global partners to develop and commercialize new composites automation opportunities in electric mobility, New Space, aerospace and hydrogen markets.

Preferred Reselling Partners Eastman Machine and Zünd Systemtechnik leverage extensive experience in deploying cutters across diverse end markets to sell Airborne automated kitting solutions.

The two companies have signed an MOA to collaborate on further development of digital automation systems for composites manufacturing in aerospace, renewable energy, future mobility and more.

Nine-member consortium targets development of low-cost, green vertical orbital launcher with manufacture of an ultra-lightweight composite tank design in an automated manufacturing environment.

State-of-the-art VTOL rigid airship, to take 80 kilometers of thin-wall carbon fiber tubes, will function like an airborne crane for transporting cargo in remote areas.