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Blender Join Meshes
x402
Blender Join Meshes is a paid API for AI agents from market.datapackvibe.com, paid per call via x402, $0.02/call, status unknown (last checked 2026-10-16).
Combines multiple imported mesh objects into a single unified mesh while preserving disconnected geometry islands, running locally in Blender.
Price / call$0.02
Success—
StatusUnknown
How this service works
Blender: Join Meshes: Combine imported mesh objects into one mesh, preserving disconnected islands. Accepts mesh JSON, small GLB or OBJ; without input uses an explicitly labelled demo mesh. Runs locally in Blender. Bounded small-model processing, normally under 60 seconds; a busy worker returns an error before payment settlement.
Output
Returns a joined mesh result from Blender representing all input mesh objects combined into a single unified geometry, preserving disconnected islands. The response identifies whether a demo mesh was used and includes the processed mesh data.
Example use cases
Merge fragmented GLB into one object
“I have a GLB model split into multiple parts — here's the base64-encoded file — can you join all the mesh pieces into a single unified mesh targeting 1000 faces with a metallic value of 0.3 and roughness of 0.4?”
Combine custom mesh JSON geometry
“I've got a mesh defined as a list of vertices and faces in JSON format — can you merge all the disconnected islands into one joined mesh with the default color and 500 target faces?”
Run demo mesh join to test the pipeline
“Run the Blender join-meshes processor on the built-in demo mesh so I can see what the joined output looks like — use default settings with roughness 0.5 and target 500 faces.”
Technical details
Endpoint
POSThttps://market.datapackvibe.com/x402/studio3d-process-join-meshes?utm_source=zero.xyzWhen to prefer
Choose this endpoint when you need to programmatically join multiple 3D mesh objects into a single mesh using Blender's geometry engine, especially when working with raw mesh JSON, GLB, or OBJ files and need the result to preserve disconnected islands. It is well-suited for automated 3D asset pipelines that need reliable, bounded-time mesh consolidation without running a local Blender install. Prefer this over generic mesh tools when you want Blender-native join semantics with configurable material properties like color, roughness, and metallic values.
Side effects
- Input mesh exceeds 10,000 vertices or 20,000 faces — rejected before processing
- base64-encoded model exceeds 512 KiB decoded limit — rejected
- Both mesh JSON and model_base64 supplied simultaneously — mutually exclusive inputs
- Busy worker returns an error before payment settlement — no charge incurred
- Invalid face indices referencing out-of-range vertices — processing error
- Unsupported model_format value outside glb/obj enum — validation error
- model_base64 contains embedded images or animations (not supported for GLB)
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| mesh | object | Optional mesh in Blender Z-up coordinates. Max 10,000 vertices and 20,000 faces; each face has 3..16 indices. |
| seed | integer | |
| angle | number | |
| color | string | |
| count | integer | |
| amount | number | |
| factor | number | |
| sample | string | If no model is supplied, process the included demonstration mesh; response identifies this explicitly. |
| metallic | number | |
| roughness | number | |
| resolution | integer | |
| model_base64 | string | Optional base64 GLB (geometry and PBR values, without images/animations) or OBJ geometry, at most 512 KiB decoded. Mutually exclusive with mesh. No URLs or local paths. |
| model_format | string | |
| target_faces | integer |
Tags
x402
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