I have a set of quick-turn concepts for compact plastic medical cases—each between 5 × 5 cm and 10 × 10 cm—meant to secure vials and syringes during transport. My sketches outline the general footprint, hinge position, and latch idea, but they still need to be translated into a clean, manufacturable 3D model. Because the final parts will be molded or printed in standard medical-grade plastic, wall thicknesses, draft angles, and snap-fit tolerances must be considered from the start. I’m keen to bounce ideas back and forth on those details while there’s still time to tweak ergonomics and interior dividers. Timeline is tight: I’d like a finished design package I can hand off for prototyping before the weekend is over. With that in mind, here’s what I need handed back: • A refined CAD model (STEP or SolidWorks) ready for either FDM/Resin printing or plastic injection • STL files sliced per case size for an immediate print test • Simple visual renders so I can show stakeholders on Monday If you have experience designing small plastic enclosures for medical or lab use, especially where vials and syringes must stay immobilised, you’ll fit right in. Quick, clear feedback loops are essential over the next two days, so let me know your preferred communication window and software.