CamyPro

Could you filament wind an airfoil? Come to our presentation at Advanced Engineering 2024 where we are speaking at the Composites Forum. #AE24 #digitalmanufacturing #filamentwinding

Come and speak to us about #filamentwinding at Advanced Engineering 2024 in Birmingham #aes24

🎤 Exciting news! We are speaking at Advanced Engineering 2024 on 31st October. I will be showcasing a cutting-edge tool which uses an optimisation process to find patterns on non-axisymmetric parts. 🎥 Check out the video below for a sneak peek of winding a pipe with bends. I look forward to discussing the technology and exploring how it can be applied to composites manufacturing challenges. If you can't attend you can visit https://lnkd.in/eXe5Yayt to try the tool yourself. #AEUK24 #FilamentWinding

🚀 Beta Launch Alert: Introducing our new online filament winding tool specifically designed for COPVs (Composite Overwrapped Pressure Vessels)! 🌐 https://lnkd.in/eg3ZeFPs This tool is built to help engineers and innovators streamline the design of COPVs with key features: ✅ Tailored for COPVs: Optimize fiber winding patterns, angles, and laminate layers for pressure vessels ✅ Real-Time Visuals: See your designs come to life with instant feedback ✅ Cloud-Based Convenience: Access from anywhere, no software installation required ✅ Accurate Simulations: ABAQUS integration ✅ GCode download: 2, 3, and 4 axis winding We're in beta and eager to hear your feedback as we refine the tool for the future of COPV design! Check it out and help us push the boundaries of composite engineering! 💻 #FilamentWinding #COPVDesign #Composites #EngineeringTools #BetaLaunch #Innovation #CloudTech

💡 Filament winding a propeller 💡 I'm pleased to share a step forward in our filament winding process software. This latest simulation demonstrates how filament winding can potentially revolutionize CFRP propeller production. Physical demo to follow. We look forward to refining this process and exploring its applications. This process is: - Automated and repeatable - Low waste - Has a low tooling requirement #composites #filamentwinding #simulation

⚡ New Physical Demo This video shows a (scaled) NACA wind turbine blade. Using the blade CAD, CamyPro has calculated tow paths and g-code for filament winding. Our "click to wind" software can be used to build up layers of winding patterns for simulation and manufacture. The tow paths are then physically validated by 3D printing the CAD model and filament winding the part. Our technology works on complex curves and sharp edges such as airfoil shapes. It enables manufacture of more parts using an automated process #composites #filamentwinding

Unique software to generate tow paths and GCode to filament wind complex shapes.