
Rhino Model Architect
Troubleshoot and optimize Rhino 3D models for seamless handoff
What You Can Do
You can analyze Rhino 3D models to identify geometry issues, topology problems, and organizational inefficiencies, then generate actionable optimization recommendations and professional handoff documentation. This skill automates the tedious pre-export quality review and prepares models for seamless collaboration or manufacturing.
Features
catches issues before export
checks organization, naming conventions, and hierarchy standards compliance
identifies heavy geometry, dense meshes, and file-size optimization opportunities
creates assembly instructions, layer guides, and model overview reports
suggests fixes for bad geometry, missing materials, or coordinate system issues
ensures units, tolerances, and export readiness match project specifications
prioritizes fixes by impact and provides step-by-step remediation steps
verifies cleanup tasks before STEP, IGES, or 3DM file export
Example Output
Model Diagnostic Report
Geometry Issues Found: 3 critical, 7 warnings
- 2 non-manifold surfaces in assembly_v2 layer
- 45 duplicate objects consuming 12% of file size
- 8 layers with inconsistent naming (use PascalCase)
- Mesh density: 2.3M faces (recommend simplification for export)
Optimization Priority List
- Merge duplicate solids → -250MB file size, faster rendering
- Fix surface normals → 3 surfaces facing wrong direction
- Consolidate layers → Create 4-level hierarchy (Assembly → Subsystem → Component → Detail)
Handoff Checklist
- Verify all parts use project unit system (mm)
- Assign materials and display properties
- Export clean STEP for CAM review
What's Included
- SKILL.md: Complete Claude instructions for model analysis workflows
- Diagnostic Checklist: Layer audit, geometry validation, and export readiness criteria
- Optimization Workflow Template: Prioritized fix recommendations with Rhino command suggestions
- Handoff Documentation Template: Assembly overview, layer guide, and engineer handoff checklist
- Model Analysis Report Template: Issue categorization, performance metrics, and remediation steps
- Rhino Best Practices Guide: Standards for naming, organization, and export preparation
Who It's For
- Product Designers — optimize models before sending to manufacturing or CAM teams
- CAD Architects — audit and reorganize large assemblies for team collaboration
- Mechanical Engineers — validate geometry and prepare models for simulation or export
- Design Teams — standardize model quality and handoff documentation across projects
- Quality Assurance Specialists — perform pre-production model review and compliance checks
Best For
- Pre-export model validation — catch geometry and organizational issues before manufacturing
- Team handoffs — generate documentation and prepare models for downstream stakeholders
- File optimization — identify and remove redundancy, reduce file size, improve performance
- Geometry troubleshooting — diagnose and fix topology errors, bad surfaces, and mesh problems
- Standards compliance — audit layer organization, naming conventions, and project specifications







