Autonomous 5-Axis CAM for
High-Jewelry Manufacturing
FactoryFlow synthesizes collision-free machine toolpaths directly from parametric CAD meshes. Eliminating 14+ hours of manual CAM prep per ring into 42 seconds of autonomous, mirror-finish CNC machine code.
Engineered for Micron-Scale Luxury Jewelry
High-jewelry pieces feature fragile diamond pavé prongs, undercut bezels, and complex organic shanks that cause standard CAM software to crash or gouge gold. FactoryFlow solves this with continuous frontier AI reasoning.
Parametric CAD Mesh Deconstruction
Direct ingestion of native Rhino, MatrixGold, and raw STEP/IGES assemblies. Our spatial engine isolates gemstone seats, prongs, and internal gallery undercuts, classifying every geometric feature for specialized micro-machining strategies.
42s Cycle Slicing
Replace 14 hours of tedious manual toolpath picking. Multi-threaded voxel simulations compute continuous 5-axis collision-free toolpaths across all 5 degrees of freedom in under a minute.
Zero Prong Gouging
Adaptive collision envelopes ensure toolholders and collets never collide with delicate 0.3mm pavé prongs or high-profile diamond crowns.
Mirror-Polish Stepover
Calculates dynamic scallop heights down to 0.001mm, eliminating hand-polishing distortions that soften sharp faceted gemstone facets.
Agnostic Post-Processors
Direct ISO 6983 G-code output for Fanuc 31i, Heidenhain TNC7, Haas 5-Axis, Siemens 840D, and Willemin-Macodel high-precision machine cells.
Calculate Your Factory's
Swarf Loss & Labor Recovery
Precision 5-axis machining on 18K gold and platinum demands zero waste. See how much your facility saves each month by automating CAM toolpaths and reducing scrap swarf.
Head-to-Head Benchmark Matrix
Audited across 500 continuous 5-axis ring production runs in Tier-1 diamond jewelry manufacturing facilities.
| Performance Metric | Legacy Manual CAM | Standard Generative Mesh | FactoryFlow AI | Status |
|---|---|---|---|---|
| Mean Toolpath Generation Time | 14.5 Hours | 2.2 Hours | 42 Seconds | 340x FASTER |
| Micro-Prong Gouge Rate | 4.2% Scrapped Parts | 1.8% Scrapped Parts | 0.00% Scrapped Parts | COLLISION-FREE |
| Surface Finish (Ra Mirror) | 0.80 µm (Heavy Polish Req.) | 0.45 µm (Manual Buff) | 0.15 µm (Mirror Finish) | SUB-MICRON |
| Precious Metal Swarf Recovery | 86.2% | 91.4% | 99.4% Captured | ZERO LOSS |
| Multi-Machine Post-Processor Output | Manual Post Tweaks (2 hrs) | Generic ISO Post (Incompatible) | Automated Native Machine Post | TURNKEY G-CODE |
Native 5-Axis Fleet Integration
Certified post-processors and kinematic digital twin models ready to execute on day one.