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I will do reverse engineering from image, stl, obj, scan data, point cloud to solid cad
Victor
About this gig
Need a reverse engineering service to convert your image, STL, OBJ, scan data, or point cloud into a fully editable Solid CAD model?
You've come to the right gig I will reverse engineer manufacturing, product redesign, CNC machining, and 3D printing, delivering accurate CAD models that are production ready and easy to modify.
I help manufacturers, inventors, startups, OEMs, engineering firms, machine shops, product designers, and 3D printing companies recreate existing parts into accurate SolidWorks CAD models for manufacturing and product development.
Services:
- Reverse engineering from images
- STL to Solid CAD conversion
- OBJ & mesh to CAD modeling
- Point cloud to Solid CAD
- 3D scan to CAD conversion
- Mechanical part reconstruction
- Product redesign & CAD modification
- Manufacturing ready engineering drawings
Benefits:
- Accurate, fully editable CAD models
- Production ready engineering files
- Optimized for CNC machining & 3D printing
- Industry standard dimensions and tolerances
- Fast communication and reliable delivery
Software:
- SolidWorks
- MeshLab
- Fusion 360
- AutoCAD
- KeyShot
Whether you need to recreate a damaged part, convert scan data into editable CAD Contact Now and let get started
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 Victor
Victor
Mechanical Design Engineer, Product Designer, FEA, Reverse Engineering
- FromUnited Kingdom
- Member sinceMay 2026
- Avg. response time1 hour
Languages
English, German
Welcome! I'm Victor.
Am a Mechanical Design Engineer expert in mechanical design, product design, reverse engineering, FEA analysis, CFD analysis, and SolidWorks CAD.
I help manufacturers, startups, inventors, engineering firms, and product developers transform ideas into production ready solutions. My expertise are machine parts, CAD assemblies, plastic enclosures, DFM, CNC ready models, stress and thermal simulation, flow analysis, STL to CAD, scan data, point cloud conversion, and accurate engineering documentation with fast, reliable delivery.
Contact Now!
FAQ
Do you simply convert STL to STEP automatically?
No. I don’t use basic auto-conversion. I rebuild the model with proper CAD geometry, ensuring it is fully editable, accurate, and suitable for manufacturing.
What files can I send you?
You can send: STL, OBJ, or mesh files 3D scan data Images, drawings, or sketches (with dimensions if possible) The more reference you provide, the better the final accuracy.
How accurate will the final CAD model be?
I aim for high dimensional accuracy based on your input data. If you provide critical measurements or tolerances, I will match them as closely as possible.
Can you handle complex or damaged scans?
Yes, but it depends on the quality of the scan. I can reconstruct missing or unclear areas, though very low-quality or incomplete scans may require extra clarification or references.
Will the final model be editable?
Yes. You’ll receive a fully parametric, clean, and editable CAD model (not just a converted mesh).
What file formats will I receive?
I can work with images, STL, OBJ, mesh files, point clouds, 3D scans, PDFs, hand sketches, technical drawings, and dimensioned photos to create accurate, editable Solid CAD models.
Can the model be used for manufacturing (CNC / 3D printing)?
Yes. I create models that are ready for real-world applications, including CNC machining, 3D printing, and product development.
Do you work with assemblies or multiple parts?
Yes, but complex assemblies should be discussed first. Please contact me before ordering for an accurate quote.
What if I don’t have dimensions?
I can estimate geometry based on the scan, but for best results, at least a few reference dimensions are strongly recommended.
Can you convert STL, OBJ, or mesh files into editable SolidWorks models?
Yes. I convert STL, OBJ, and mesh files into fully editable, parametric SolidWorks CAD models that can be modified, manufactured, or used for future engineering changes.
