Add Serial Numbers To 3D Parts Web Application
Generate individually marked copies from supplied records.
Category Directory
Check and prepare CAD drawings, building models and 3D printing files.
Generate individually marked copies from supplied records.
Union, intersect, or subtract paired solid models.
Distribute models across configured print beds.
Add classification references to selected model elements.
Assemble supplied parts with explicit material assignments.
Calculate geometric quantities using supplied material densities.
Apply repeatable material edits across model collections.
Find missing documents for required model assets.
Find models exceeding declared dimensional envelopes.
Find open paths, overlaps, duplicates, and self-crossings.
Report missing or invalid model information.
Find missing rooms and conflicting room information.
Compare title blocks with a register of sheet numbers and revisions. Flag omitted sheets, superseded revisions, and duplicate numbers before a drawing set goes out.
Measure selected model UV triangles (.glb, .gltf) for overlap, missing coordinates, range errors and density before baking.
Check every declared model detail level (.glb, .gltf) for missing meshes, changed material slots, bounds and triangle budgets.
Compare modular boundary positions and normals across supplied static model detail levels (.glb, .gltf), with illustrated join evidence.
Identify inconsistent bend inputs and calculated allowances.
Locate mesh defects before downstream processing.
Cap eligible boundary loops without broad automatic repair.
Report element and property changes between IFC versions.
Locate geometric and property changes between drawings.
Compare named skeletons, bind matrices, skin weights and animation targets between two rigged model revisions (.glb, .gltf).
Make orientable shells use consistent face directions.
Generate controlled levels of geometric detail.
Produce consistently rendered model catalogs.
List supported cylindrical surfaces and candidate holes.
List assembly instances and their component relationships.
Identify candidate geometric intersections between model groups.
Check identifier consistency within and across models.
Produce repeatable model families from supplied templates.
Create labeled test pieces for a range of tolerances.
Create repeatable orthographic review sheets.
Create controlled hollow variants of supported solids.
Turn compatible line and arc chains into usable outlines.
Identify surfaces exceeding a chosen build-angle threshold.
Apply explicit approved morph target name mappings to model files (.glb, .gltf) while preserving target order and animation weight indices.
Highlight sampled regions below selected thickness limits.
Combine issue collections while retaining viewpoints and attachments.
Arrange parts within selected material sheets.
Transform drawings to declared units and coordinates.
Align parts to selected planes or supplied orientation rules.
Gather model dependencies into portable deliveries.
Create axis-aligned box collision GLBs for each static mesh node (.glb, .gltf) and verify their exported bounds.
Copy explicitly approved source materials and their textures to selected revised model primitives (.glb, .gltf).
Compare model quantities with supplied estimating records.
Eliminate unreferenced model data and report savings.
Standardize layer names across drawing batches.
Render static 3D props (.glb) from evenly spaced directions into transparent sprite images (.png) with matching scale and a preview gallery.
Reduce texture dimensions while preserving model references.
Apply repeatable dimensional scaling to model batches.
Save independent connected components as individual models.
Export sections at selected heights or planes.
Deliver selected drawing content as separate files.
Create smaller models with required dependencies retained.
Divide parts into smaller printable sections.
Apply consistent dimension presentation across drawings.
Supply SVG or DXF outlines and a table of part IDs and dimensions. Export 1:1 identification sheets with labels and scale-check rulers for a workshop, stockroom, or classroom.
Fill drawing attributes using matched records.
Apply controlled property changes to matched elements.
Consolidate coincident vertices under explicit tolerances.