I will create 3d cad design parametric furniture flat pack custom joinery dxf for cnc


About this gig
I'm a professional 3D furniture CAD designer specializing in parametric furniture, flat-pack construction, custom joinery, and CNC-ready DXF files. With strong attention to dimensions, fabrication details, and clean technical documentation, I turn concepts into practical designs that are ready for production.
My service includes :
3D CAD modeling, parametric furniture design, custom joinery detailing, flat-pack optimization, AutoCAD drafting, detailed shop drawings, part labeling, exploded views, and DXF preparation for CNC cutting. You can send sketches, photos, PDFs, measurements, or reference designs, and Ill develop them into accurate, organized CAD files.
My priority is precision, clear communication, fast delivery, and dependable service. I provide revisions to help ensure the final design matches your requirements and supports efficient fabrication while reducing costly production errors.
Whether youre a furniture maker, CNC workshop, cabinet maker, architect, or interior designer, Im ready to help bring your idea to life. Place your order today or contact me with your project details and questions.
CONTACT ME BEFORE PLACING AN ORDER!!!
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 Bashira
3D Furniture CAD Designer
- FromNigeria
- Member sinceOct 2026
Languages
English, Spanish, French
FAQ
What do you need to start my furniture CAD project?
You can provide a sketch, photo, PDF, measurements, hand drawing, or reference image. The more details you provide, the more accurately I can develop the design.
Can you create CNC-ready DXF files?
Yes. I can prepare clean, accurate DXF files suitable for CNC cutting, based on your required dimensions, material thickness, and manufacturing specifications.
Do you create parametric furniture models?
Yes. I create editable parametric furniture models that can be adjusted efficiently when dimensions, materials, or design requirements change.

