3D Vortex Model

thingiverse

This is a cutting-edge, open-access 3D model, fully functional and printable, designed specifically for teaching advanced airway management techniques to anesthesiology professionals. By converting existing 2D educational materials from vortexapproach.org into a 3D format, we've created an interactive tool that's perfect for circulating around the lecture hall or explaining complex concepts during tutorials. All objects in this model are copyrighted by Nick Chrimes and can be found on vortexapproach.org for further details. This collaborative effort was spearheaded by Dr. Philip Cohen, with input from GP Anaesthetists of RADU (Rural Anaesthesia Down Under Facebook Group) and the expertise of Mechanical Engineer Ross Second and Mathematical contributions from A/Prof Samuel Cohen. The models are distributed under a Creative Commons license as a free educational resource to teach advanced airway management principles to anesthesiology professionals. This innovative model is designed to enhance the Vortex Approach to Airway Management and CICO Rescue teaching materials available on vortexapproach.org. It's a multi-part design optimized for printing in multiple colors, with suggested color schemes provided at the end of each file. If printed using these recommended colors, the finished product will match official Vortex Approach materials. To assemble this model, follow these steps: 1. Clip the two cone parts together. 2. Slide the rings onto the cone, starting with the largest ring. 3. Attach the CICO base to the bottom of the cone. 4. Insert the lifeline inserts into their respective indents in the cone, requiring glue for secure attachment. Recommended glues include cyanoacrylate (e.g., super glue) or epoxy resin (e.g., araldyte). 5. Set the Vortex model, base down, onto its stand, allowing it to rotate freely. A hole in the stand makes it easy to remove the Vortex if needed. A video tutorial is forthcoming, providing a detailed walkthrough of the printing and assembly process for clarity. Each part can be easily resized using software like Simplify3D/Cura to accommodate print-bed or transport requirements, although we've only tested the model up to 20cm in diameter (90.91%). The file marked "Key-chain" is not part of the full-sized model but rather a fun addition for those who want to create a Vortex keychain (credit goes to Ross Second for creating this extra feature!). If you decide to print either of these models, we encourage you to share a photo using the provided link, so we can see how they turn out.