Composites 4.0
Using sensor data to improve composite parts and processes
nebumind software builds digital twins from manufacturing data to trace defects, compare manufactured parts, qualify processes, develop tolerance windows for process monitoring and more.
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Automated aerocomposites production: Liquid molding or welded thermoplastic?
Two materials and process approaches are demonstrated for CFRP bulkhead production.
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Applying CT scan data analysis and visualization to composites
Imaging and analysis via computed tomography (CT) has potential for certifiable safety and business sustainability and could be key for interior inspections of composite parts. Part 1 of a two-part series.
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Plaitaine IIoT solution improves Brazilian facility's manufacturing operation
The integration of Plataine’s solution into Alestis Aerospace’s Brazilian facility automates production workflow, optimizes cut-planning processes, saving time, cost and material.
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Strata adopts 4IR technology to drive expansion
The company leveraged Fourth Industrial Revolution (4IR) technology to strengthen core manufacturing capabilities, diversify product portfolio and pivot into new areas of manufacturing.
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Bilsing Automation releases multilingual brochure
The four-page brochure is offered in German, English, Chinese (Mandarin) and Spanish to help promote the company’s servo-controlled carbon fiber (CF) T-beam design and data.
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AI-based software solution improves Enercon's cutting and kitting operations
Plataine's optimization software solution enables Enercon to meet market demand, automate manufacturing processes and significantly reduce production costs and material waste.
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Valuable data: From travelers to the as-built digital twin
Taking advantage of the electronic record proves to be of significant value to composite fabricator’s record-keeping process.
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Orbital Composites, ORNL collaborate to advance robotic polymer and composite AM
The research will focus on the development of a commercially-ready system capable of robotic overprinting on pre-manufactured non-planar surfaces, with multi-material polymers and continuous fiber.
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Next-generation automation for high-performance composites fabrication
Cevotec’s Fiber Patch Placement technology uses robot-based systems to automate material layup for complex composite parts and structures, saving 20-60% in production time and costs.
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