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I will design sheet metal parts, mechanical assemblies and enclosures in solidworks
Thomas S
About this gig
Rejected flat patterns, incorrect bend allowances lead to fabrication errors and wasted material. A "3D model" isn't the same as a fabrication-ready sheet metal design.
I'm Thomas Smith, a mechanical design engineer with 7+ years specializing in sheet metal parts, mechanical assemblies, and fabrication-ready CAD, I create sheet metal designs that are ready for real manufacturing.
WHAT I OFFER:
- Sheet metal parts & brackets
- Custom enclosures
- Mechanical assemblies
- Weldments
- Steel structures and metal frameworks
- Electronics and telecom enclosures
- Fabrication drawings
FABRICATION METHODS:
- Laser Cutting
- Waterjet
- CNC Punching
- Press Brake
- Welding
FILES YOU RECEIVE:
- 3D CAD model (SLDPRT, STEP)
- Flat pattern with bend allowances
- DXF/DWG for laser cutting or CNC
- 2D fabrication drawings
Ideal For:
- Fabrication shops
- Manufacturers
- Machine shops
- Automation systems
- Electrical enclosures
Why Me?
- Correct bend allowances & K-factors
- DFM-focused design
- Manufacturing-ready drawings
- Fast communication
GUARANTEE:
Timelines confirmed before you order I don't call a project done until the geometry checks out for fabrication.
Message me your part or sketch, let's get it manufacturing-ready.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Thomas S
Thomas S
CAD Design Engineer, 3D Modeling, Reverse Engineering and Drafting
- FromUnited States
- Member sinceNov 2025
- Avg. response time1 hour
Languages
English, German, French, Spanish
I'm Thomas Smith, a Mechanical Design Engineer with 7+ years of experience delivering precision CAD solutions for manufacturers, startups, and engineers worldwide. I specialize in CAD modeling, reverse engineering, product design, sheet metal, mechanical assemblies, and architectural drafting using SolidWorks, Fusion 360, and AutoCAD. I create accurate, manufacturing-ready files optimized for CNC machining, 3D printing, injection molding, fabrication, and construction. I value clear communication, on-time delivery, and quality that exceeds expectations.
FAQ
Q: Do you calculate bend allowances and K-factors, or just model the flat shape?
A: I calculate proper bend allowances based on your material and thickness, so the flat pattern matches real-world forming, not just an approximate unfold.
Q: What materials can you design for?
A: Steel, aluminum, and stainless sheet metal are most common, Tell me your material and thickness and I'll model with the correct bend tables.
Q: Can you design for laser cutting specifically?
A: Yes, DXF/DWG output is optimized for laser cutting, with kerf and tab considerations on request.
Q: Do you design enclosures with cutouts for connectors, vents, or components?
A: Yes, send me your component dimensions or datasheets and I'll integrate the cutouts directly into the model.
Q: Can you handle welded assemblies (weldments), not just single sheet metal parts?
A: Yes, I can handle multi-part weldment assemblies with full drawings.
Q: What if I only have rough measurements, not a formal spec?
A: That's fine, send what you have and I'll confirm feasibility and any missing details before you order.
