Node
Description
Meshlib - Load Mesh
Load mesh from file (STL, OBJ, PLY, CTM, GLB, OFF)
Meshlib - Save Mesh
Save mesh to file
Meshlib - Load Points
Load point cloud from file
Meshlib - Save Points
Save point cloud to file
Meshlib - From Trimesh
Convert Trimesh object to MeshLib Mesh
Meshlib - To Trimesh
Convert MeshLib Mesh to Trimesh object
Meshlib - Copy Mesh
Create a deep copy of a mesh
Node
Description
Meshlib - Make Sphere
Create a UV sphere with configurable radius and resolution
Meshlib - Make Cube
Create a box with configurable dimensions
Meshlib - Make Torus
Create a torus with primary/secondary radius
Meshlib - Make Cylinder
Create a cylinder with configurable radius and length
Node
Description
Meshlib - Boolean
Perform Union, Intersection, or Difference operations on two meshes
Node
Description
Meshlib - Decimate
Reduce triangle count while preserving shape
Meshlib - Subdivide
Increase mesh resolution by splitting edges
Meshlib - Offset
Create offset surface (shell) - positive expands, negative shrinks
Meshlib - Relax
Smooth mesh by relaxing vertex positions
Meshlib - Transform
Apply translation, rotation, and uniform scaling
Node
Description
Meshlib - Fill Holes
Automatically fill all holes in a mesh
Meshlib - Stitch Holes
Connect two holes with a tunnel
Meshlib - Fix Degeneracies
Fix degenerate triangles, tiny edges, duplicate vertices
Meshlib - Find Self Intersections
Detect self-intersecting triangles
Node
Description
Meshlib - Free Form Deform
Apply free-form deformation using a control grid
Meshlib - Laplacian Deform
Smooth deformation preserving local shape details
Node
Description
Meshlib - Signed Distance
Calculate minimum signed distance between two meshes
Meshlib - Collision Detection
Detect if two meshes collide and count colliding faces
Meshlib - Get Mesh Info
Get vertex/face counts, surface area, volume, bounding box
Node
Description
Meshlib - ICP Alignment
Align meshes using Iterative Closest Point algorithm
Node
Description
Meshlib - Triangulate Point Cloud
Convert point cloud to mesh surface
Meshlib - Point Sampling
Sample points uniformly from mesh surface
Meshlib - Point Cloud From Mesh
Convert mesh vertices to point cloud
Node
Description
Meshlib - Add Noise
Add Gaussian noise to vertex positions
Meshlib - Denoise
Remove noise using Mumford-Shah framework (preserves sharp edges)
For a standard python environment:
python -m pip install -r ComfyUI/custom_nodes/ComfyUI-Meshlib/requirements.txt
python_embeded\p ython.exe -m pip install -r ComfyUI\c ustom_nodes\C omfyUI-Meshlilb\r equirements.txt