Venox launches V-REX continuous fiber extrusion printer
Five-axis system with an automatic toolchanger achieves precise fiber placement for anisotropic properties, enables the use of up to six different print heads.
. Source | Venox Systems
After two years of development, (Lingenau, Austria) a tech startup specializing in additive manufacturing (AM) with continuous carbon fiber, is launching its latest 3D printer V-REX — an acronym for “Venox Revolutionary Extrusion System” — for industry and R&D.
To make optimal use of continuous fiber material properties, V-REX offers a five-axis system to enable precise placing of materials (like continuous carbon fiber) along the fiber direction, resulting in high-performance anisotropic components. Notably, the printer’s five axes now offer engineers complete design for any component. Another feature is V-REX’s automatic toolchanger, which makes it possible to use up to six different print heads in one process, increasing the manufacturing depth and complexity of components.
Five-axis XYZ travel paths are 600, 400 and 500 mm, respectively. A-axis runs +180-180° and the C-axis runs 360°. Three-axis printing volume XYZ travels are 600, 400 and 400 mm, respectively. Print heads for continuous fibers and thermoplastic materials are capable of temperatures up to 500°C.
A crucial milestone in the development of the V-REX was the PreSeed DeepTech funding from the Austria Wirtschaftsservice GmbH (AWS, Vienna, Austria), which was specifically provided for the development of a five-axis continuous fiber print head. The AWS grant is only given to companies that focus on high technological challenges.
Related Content
-
Optimized rib-reinforced hollow composites via printed molds
Addyx topology optimization and water-soluble mandrel enables simultaneous rib and skin layup for one-shot, high-strength, lightweight structures.
-
Orbital Composites wins AFWERX award for Starfighter drone fleet
Under the TACFI contract, Orbital is implementing the AMCM process to build 3D printed composite multi-mission UAS aircraft, surpassing $10 million in government awards.
-
The next evolution in AFP
Automated fiber placement develops into more compact, flexible, modular and digitized systems with multi-material and process capabilities.