Automation
Automated preforming: Intelligent automation in pick-and-place systems
Layups go industrial with hand-like grippers that can fold fabric or prepreg into corners and robot-mounted cameras that inspect from fabric to cut plies to fiber gaps in final preforms.
Read MoreAutomated Preforming, Part 5: Holistic Quality Optimization
Simulation and testing key to integrated approach for optimization of automated preforming, offering time and cost savings as well as basis for automated quality inspection.
WatchAutomated Preforming, Part 4: Drapability Testing
Textechno discusses how this test works, the new German test standard and its benefits for composites
Read MoreKraussMaffei doubles pultrusion speed and continued developing composites processes for large series production
New iPul pultrusion system doubles production speed while intelligent automation cuts cycle time in FiberForm and RTM processes.
Read MoreAn autonomous future for composites?
Autonomous transportation is coming, whether we like it or not. Composites should play a significant role.
Read MoreCAMX 2017 preview: DUO Robotic Solutions
DUO Robotic Solutions Inc. (Sterling Heights, MI, US) is introducing its DUO-Trim line, which offers robot selections for fixed and rotary tables, air and electric spindles, cold and ultrasonic knifes, traditional and high-volume vacuum solutions and others.
Read MorePlant Tour: BENTELER SGL, Ort im Innkreis, Austria
High-volume CFRP structures pioneer makes industrialization and multimaterial assembly look easy.
Read MoreCRTC and IACMI to develop advanced carbon recycling equipment
Thanks to a new contract with IACMI, the CRTC will pioneer ways to automate processing of carbon prepreg scrap. This technology breakthrough is essential so recycled carbon fiber can be processed in high volumes, says CRTC.
Read MorePreforming goes industrial: Part 2
Automated preforming isn’t only for 2D and 2.5D parts. Innovators are taking successful aim at building 3D preforms at production speeds.
Read MoreVariable-axial composites open path to lighter composite structures
CFRP recurve bow riser demonstrates design and manufacturing approach with potential to cut weight vs. aluminum by 50-75% while increasing strength and stiffness.
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