3D CAD Modeling — Load-Bearing Clip (Print-Ready)

3D CAD Modeling of a Load-Bearing Clip — Ready for 3D Printing Project Overview: I have a detailed 2D drawing with full measurements for a new product called "the load-bearing clip." I need this converted into an accurate, print-ready 3D CAD model. The part needs to hold up structurally under load, so precision and correct tolerances matter. Scope of Work: - Convert the provided 2D drawing (with dimensions) into a fully modeled 3D CAD file - Ensure the design is optimized and validated for 3D printing (wall thickness, overhangs, tolerances, etc.) - Confirm the model meets the load-bearing requirements noted in the drawing - Provide the final files in STL format for printing, plus a native/editable format (STEP, SLDPRT, or similar) - One to two rounds of revisions are included based on my feedback Deliverables: - Print-ready STL file - Editable native CAD file (STEP or equivalent) - Brief notes on recommended print settings/material if you have expertise there (not required, just a bonus) Requirements: - Proven experience with 3D CAD software (SolidWorks, Fusion 360, or similar) - Experience designing parts specifically for 3D printing, not just general CAD modeling - Understanding of tolerances and structural/load-bearing design considerations - Ability to work from a hand-dimensioned drawing and ask clarifying questions if anything is unclear - Portfolio examples of similar print-ready mechanical or functional parts (please share with your proposal) Timeline: 2-3 weeks from project start to final delivery, including revisions. Budget Fixed price: $250-$350. Open to discussing scope if the part turns out to be more complex than expected once you review the drawing. To Apply Please include: 1. A few examples of past CAD work involving functional/mechanical parts designed for 3D printing 2. Your estimated turnaround time within the 2-3 week window 3. Any questions about the drawing before we get started