Summary

FAQs

• What file formats will I receive for the 3D models and 2D drawings?

  You will receive source files in native SolidWorks formats (.SLDPRT, .SLDASM, .SLDDRW) and AutoCAD (.DWG). Additionally, I can provide neutral file formats like STEP (.STEP), IGES (.IGES), STL (.STL) for 3D models, and DXF (.DXF), PDF (.PDF) for 2D drawings, ensuring compatibility with various software and manufacturing processes. Let me know your preferred formats during our initial consultation.

• How detailed will the 2D drawings be? Will they be production-ready?

  Yes, the 2D engineering drawings will be production-ready and highly detailed. They will include all necessary dimensions, tolerances (general tolerances or GD&T if required and specified), annotations, bill of materials (if applicable), surface finish specifications, and any other information needed for manufacturing. I adhere to industry best practices and can tailor the level of detail to your specific manufacturing requirements (e.g., machining, sheet metal, 3D printing).

• What if I need revisions or modifications to the design after delivery? How many revisions are included?

  The base price includes 1 minor revision to ensure your complete satisfaction. Minor revisions typically involve small adjustments or corrections that don't fundamentally change the design concept. If you require major design changes, significant scope alterations, or completely new design iterations after the initial delivery, we can discuss a revised scope and potentially an adjusted fee. I am committed to working with you to achieve your desired outcome.

• Can you design for specific manufacturing processes like 3D printing, CNC machining, sheet metal fabrication, or injection molding?

  Absolutely! Designing for specific manufacturing processes is a critical part of good mechanical design. Please specify your intended manufacturing process during our initial consultation. I have experience designing for various processes including 3D printing (FDM, SLA, SLS, etc.), CNC machining (milling, turning), sheet metal fabrication (bending, laser cutting), injection molding, and casting. I will ensure the design is optimized for your chosen manufacturing method, considering material selection, tolerances, and design constraints specific to that process.

• What information do you need from me to start the design process?

  To get started effectively, I'll need a clear project brief outlining your design requirements. This typically includes: • A description of the part or assembly and its intended function. • Key dimensions or constraints (if any). • Material requirements (if known). • Manufacturing process considerations (if known). • Any sketches, reference images, or existing drawings you may have. • Your desired file formats for deliverables. • Any specific industry standards or regulations to adhere to. • Your project timeline and budget (if applicable). The more information you provide upfront, the smoother and more efficient the design process will be. If you are unsure about any of these points, we can discuss them during our initial consultation.