I will repair adjust edit cuts scale resize modify split large 3d model for 3d printing

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wisdom0099
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wisdom0099
Wisdom Oliver

About this gig

Is your 3D model not printing correctly, too big for your printer, broken, or full of errors?


Send it to me I will fix it.


I will repair, edit, resize, split, and optimize your 3D model so it is ready for smooth and successful 3D printing (FDM or Resin).


Most 3D models have hidden issues like mesh errors, holes, bad geometry, or scaling problems that cause failed prints. I fix these so you don't waste time, filament, or resin.


What I can do:

  • Repair broken or non-manifold geometry
  • Fix holes, missing faces, and mesh errors
  • Resize & scale accurately
  • Split large models into printable parts
  • Separate objects or components
  • Add connectors, pegs, or alignment keys
  • Edit or modify existing models
  • Clean and optimize for printing
  • Prepare files for slicers


I work with STL, 3MF, OBJ, STEP, FBX, Blender, CAD files, scans, and more.

If you're unsure, just send your file before ordering I will check it for you.

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 Wisdom Oliver

Wisdom Oliver

Custom 3D Modeling and 3D Print File Repair Expert

  • FromUnited Kingdom
  • Member sinceJul 2025
  • Avg. response time2 hours
  • Languages

    English, Spanish, French, German, Chinese, Arabic
Hi, I’m Oliver, a skilled 3D modeler specialized in creating custom 3D printable models, file fixing, and print optimization. I have experience helping clients turn their ideas, sketches, and damaged files into clean, high quality models ready for 3D printing. I work with different types of projects including functional parts, mechanical designs, collectibles, props, prototypes, and custom models. I also help fix common 3D printing issues such as broken STL files, mesh errors, non-manifold geometry, bad topology, wall thickness problems, and models that fail during printing.