Professional sheet-cutting optimization platform for fabricators and manufacturing teams. FractalCut reduces material waste with advanced nesting, supports production-ready exports, and streamlines shop-floor workflow from planning to execution.
FractalCut is a production-focused optimization system for panel saw and CNC workflows. It helps teams convert part lists into efficient sheet layouts with clear utilization metrics, visual validation, and export-ready outputs. The product is designed for speed on repetitive manufacturing jobs and precision on custom runs.
Manual nesting and quoting workflows often create costly waste, inconsistent output quality, and long turnaround times in manufacturing environments. The platform needed to process diverse part geometries, respect real shop constraints (kerf, grain, spacing), and deliver layouts that operators can trust without extra cleanup.
We built a Laravel 12 optimization platform with an interactive Konva.js canvas and a robust export pipeline. The system includes configurable nesting strategies, visual inspection tools, and workflow modules for project history and repeat jobs. Activity logging via Spatie and model-state machines keep job lifecycle reliable. The platform balances algorithmic optimization with operator control to improve adoption in real production settings.
Automatically optimize part placement for panel saw and CNC workflows with configurable kerf, spacing, and grain constraints.
Inspect and validate sheet layouts in real time with zoom, pan, labeling, and utilization visibility before production.
Export validated plans to DXF, PDF, and CSV for machine execution, documentation, and operations handoff.
Support manual and structured part creation workflows including cutouts, edge details, and geometry-specific settings.
Provide cabinetry-oriented generation paths for common assemblies, reducing repetitive prep work on workshop jobs.
Store, revisit, and iterate production plans with revision context to accelerate repeat manufacturing cycles.
Concept Development: Explored geometric forms inspired by optimized nesting and precision cut paths.
Symbol Refinement: Shaped a distinct angular mark that communicates both precision and manufacturing intent.
Color Selection: Chose a deep industrial red system to emphasize strength, focus, and workshop credibility.
Final Identity: Delivered a flexible symbol and wordmark set for product UI, technical documents, and brand assets.