Automation
Addcomposites and Effman partner to provide AFP cells for SMEs
Aim is affordable, enclosed composites manufacturing cells for many different processes (AFP, grinding, buffing, sanding, drilling) in North American market.
WatchAll-composite EV wheel moves to next development phase
U.K. consortium partners’ ACRIM II project aims to develop a low-cost, lightweight, all-composite wheel for electric vehicle applications.
Read MoreHexagon vision inspection eliminates manual inspection process
According to AMRC’s case study, Hexagon’s composite inspection technology uses 3D modeling to scan and map fiber orientation data, generating a 3D profile of the part being inspected.
Read MoreTeijin Ltd. Tenax carbon fiber qualified for Airbus A320neo
Tenax dry reinforcements non-crimp fabrics and braided fibers will form the skins and stiffeners via automated RTM.
Read MoreQuickstep Technology selects JETCAM and CrossTrack for nesting and material tracking
In its final stages of JETCAM testing, Quickstep maintains its future expansion plans for Industry 4.0 functionality and a paperless factory.
Read MoreTPRC investigates AFP in-situ consolidation alternative
The two-step process involves deposition of thermoplastic prepreg via AFP, followed by vacuum-bag-only (VBO). Research has already been completed in the qualitative stage.
Read MoreSiemens AG, SAP accelerate digital transformation with partnership
Integration of software solutions across PLM, ERP, asset management and supply chain will drive digital transformation across enterprises.
Read MoreKane Robotics introduces low-cost automation for composite bond preparation
Collaborative robots use algorithm-based quality inspection systems to automate assembly and finishing processes for composite aerospace structures.
Read MoreDrapeCube offers cost-effective preforming process for FRP textile production
The DrapeCube offers a cost-effective design for the production of fiber preforms from textile semi-finished products.
Read MoreAutonomous agricultural robot supported by composite components
3D-printed carbon fiber-filled composite components enable a robotic weeding system prototype intended to replace use of chemical herbicides.
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