Basic repair
Repair one simple STL with limited defects.
- One file
- Open-edge repair
- Normal correction
- Scale check
- Validated export
3D Pipeline & Technical Art
STL model preparation repairs and validates an existing mesh for the scale, wall thickness, tolerances, and downstream process you specify.
I inspect the file for open edges, non-manifold geometry, self-intersections, inverted normals, duplicate shells, extreme triangle density, and scale ambiguity. The intended physical dimensions and process must be known before repair decisions are made.
The mesh is repaired, consolidated, and exported as an STL at the agreed units. Wall-thickness checks and basic printability review can be included, but they do not replace the printer or bureau's own validation.
An STL contains a surface mesh rather than editable CAD history. Dimensional redesign, engineering certification, load analysis, and reconstruction of missing features require separate work.
We define the objective, deliverables, dependencies, and success criteria before production starts.
You review working previews, so decisions are made against tangible output.
The agreed revision rounds are used to complete details within scope.
I deliver the agreed files, access, and practical usage notes in an organized package.
3D Pipeline & Technical Art · Delivery
Final pricing is provided after scope, deliverables, and integrations are confirmed.
Repair one simple STL with limited defects.
Repair one complex STL and review print constraints.
Prepare a defined set of related STL files.
No. Printer calibration, material, orientation, supports, slicer settings, and machine limits also affect the result. I deliver a technically checked file for the stated process.
Uniform scaling is straightforward. Precise dimensional edits may require remodeling because STL files do not contain parametric CAD features.
Yes, within an agreed tolerance. Decimation can reduce file size, but important edges and surface detail must be checked against the intended physical scale.
3D print model preparation adapts an approved mesh to the build volume, material, process, assembly method, and tolerances of your intended printer.
UV mapping unwraps an approved 3D model into a clean texture layout with seams, scale, padding, and tile strategy matched to its intended use.
3D retopology rebuilds dense or irregular geometry as a controlled mesh for animation, baking, real-time rendering, or easier downstream editing.
3D texture creation builds the color, surface variation, wear, and supporting maps for an approved model and a clearly defined rendering workflow.
PBR material creation produces reusable, physically based surface maps and parameters for the engine, renderer, scale, and visual condition specified in the brief.
3D scene rendering turns an approved model or scene into final still images using agreed cameras, lighting, materials, resolution, and visual direction.
Share a short brief and I’ll help define the scope, dependencies, and a realistic delivery window.
Tell me about the project