A drawing or photograph in. An inspectable 3D part out.
Metadome reads the technical content you already own, rebuilds the part in 3D, and proves the result against the sheet it came from. This page is the whole run, end to end.
- Engineering drawingOne sheet, one part
- Multi-view sheetFront, side, section
- Exploded assemblyBalloons and a parts list
- Part photographOne angle or several
- Service manualProcedures and parts tables
- Existing modelBring what you built
- An inspectable 3D partBuilt from the views you approvedThe Stage
- Materials, not just shapeSurfaces that read as the real part, editable in the studioThe studio
- An assembly and its sequenceTaken apart in the order it has to happenAssemblies
- Proof against the sourcePut back beside the sheet, edge to edgeThe Stage
- Files your systems readGLB, USDZ, assembly GLB and studio rendersThe studio
One part, end to end.
Six steps, in the order they happen. Nothing waits on a CAD rebuild; nothing is approved on your behalf.
- 01INGEST
You bring what you already have
A flat drawing, a photograph of the part, a drawing set from a machine that shipped decades ago, or a model you already built. No re-authoring, no CAD rebuild.
- 02READ
The sheet is taken apart, not looked at
The drawing is read as a drawing: its views, its dimensions, its notes, its parts list.
- 03CONFIRM
It asks, and you decide
Anything ambiguous comes back as a question you can answer — another angle of the part, a dimension, a part number, a material. Every question is skippable; every reading stays open to correction.
- 04BUILD
Geometry from the views you approved
The views you approved become geometry at the detail you choose, finished in materials that read as the part: steel as steel, rubber as rubber. Nothing you have not seen goes in.
- 05PROVE
Put back beside the source
The result goes back against the drawing it came from, edge to edge. Whatever does not line up is a person's call before the part moves on.
- 06STUDIO
Inspect it, finish it, hand it over
The part opens in the studio — measure it, section it, finish it — then export it, render it, or build the rest of the assembly.
You don't operate it. You talk to it.
The same pipeline as a conversation. Upload anything. The agent reads it, asks the questions an engineer would, and builds the part live in front of you. Approve it, prove it, render it. No tools to learn.
An exploded view in. A working assembly out.
An exploded-view sheet already says how a product comes apart. The platform reads it as an assembly: every balloon matched to its part and its row in the parts list, every part built in 3D, and the order it comes apart played back one step at a time.
The part is a workspace, not a picture.
Open the model the way an engineer opens one: take it apart, measure it, section it, finish it, and take it away as a file your other systems can read.
- Inspect
- Model tree
- Perspective and orthographic
- Standard views
- Wireframe
- Normals
- Grid and axes
- Measure
- Two-point measure
- Section plane
- Bounds
- Physical scale
- Finish
- Generated texture maps
- Base color, metalness, roughness
- Normal, opacity, emissive
- Steel, aluminum, plastic, rubber, glass
- Your own texture slots
- Assemble
- Parts list tied to the model
- Component build order
- Exploded and assembled
- Disassembly steps, with their reasons
- Sequence playback
- Component transforms
- Render
- Cameras and lenses
- Ten reflection environments
- Lighting presets
- Backgrounds and transparent PNG
- Output to 2048 px
- Take it away
- GLB with materials and scale
- USDZ
- Assembly GLB
- Studio renders
Measured in the field, at OEM scale.
Before you ask.
Engineering drawings, multi-view part sheets, exploded assembly sheets, part photographs and full drawing sets — PDF, SVG, TIFF, HEIC, PNG, JPEG or WebP.
No. There is no re-authoring and no CAD rebuild: the platform works from the drawings, manuals and part images you already own.
An inspectable 3D model with its geometry, structure and metadata, plus GLB and USDZ exports, studio renders, and an assembly built from the same source.
Yes. An exploded-view sheet is read as an assembly: every balloon is matched to its part and its row in the parts list, each part is built in 3D, and the order it comes apart plays back one step at a time, with the reason for each step.
The model is compared edge to edge with the drawing it came from — source linework against model edges — and a person approves every output before it moves on.
See the pipeline run on your own drawings.
Bring a drawing set or a service manual. We will run it with you: the sheet read, the build, and the proof against its source.
- 30%Parts Engagement
- 25%Faster Technician Enablement
- 40%Manual Effort Down
- 400KParts Delivered