Mechanical 3D Models & Stress Analysis

I need detailed 3-D CAD models of several mechanical parts and a solid set of static stress analyses to confirm that every feature meets strength and safety expectations. The geometry will start in SolidWorks, so skill with that environment is essential; if you prefer to refine the mesh or post-process results in ANSYS, COMSOL, or another package, that is fine as long as the native SolidWorks files stay clean and fully parametric.

Turnaround is tight, so a streamlined workflow and clear communication about each design iteration are important. When the work is finished I will check both the model accuracy and the simulation assumptions, so please document material properties, boundary conditions, and load cases inside the project files.

Deliverables I expect:
• Native SolidWorks part/assembly files and STEP exports
• Simulation setup files and solver reports for the static analyses
• A brief PDF summary with key screenshots, max stress values, and your conclusions

If you have recent examples of comparable stress reports on machined or fabricated parts, feel free to mention them when you reply.

And i need an stl file which I can feed the 3d printer to get my prototype