
Robotic Cutting & Shaping
High-precision robotic cutting for granite, quartz, porcelain, and engineered stone. Multi-axis machining robots replace manual saw operations with consistent accuracy while improving operator safety and dust control.
Robotic cutting, shaping, polishing, and slab handling engineered for quartz, granite, ceramic, and engineered stone. Advanced Autonomics delivers precision, safety, and predictable throughput — from single custom pieces to high-volume production.

Advanced Autonomics replaces fragmented, manual stone fabrication workflows with fully autonomous robotic processes. From raw slab handling to finished countertops, our systems deliver repeatable precision, reduced waste, and stable cycle times — even in high-mix, batch-size-one environments.

High-precision robotic cutting for granite, quartz, porcelain, and engineered stone. Multi-axis machining robots replace manual saw operations with consistent accuracy while improving operator safety and dust control.

Integrated saw, CNC, and waterjet operations within a single robotic cell. Automatic tool change eliminates manual repositioning, reduces programming effort, and ensures optimal processing for every geometry.

Autonomous mobile robots handle slab loading, unloading, and finished part transport. Material flow is synchronized with machining operations to reduce forklift traffic and handling risks.
Our 5th-generation autonomous machining robots unify cutting, profiling, drilling, and polishing into a single coordinated system. Stone pieces are precisely located using sensors and vision systems — eliminating manual alignment and multiple programs.
AI-driven quality inspection detects cracks, voids, and defects during processing — not after. Every slab is validated against specification before leaving the cell, ensuring consistent quality and minimal rework.

Advanced Autonomics connects digital sales channels directly to the factory floor. AI-powered quoting generates real-time prices based on geometry, material, and capacity. Approved orders are automatically validated, scheduled, and dispatched directly to robotic production — eliminating manual handoffs and reducing lead times.
From raw slab handling to finished countertops, every movement is orchestrated by intelligent software, robotics, and autonomous material flow.




Robots, machines, and AMRs operate as one coordinated system, eliminating idle time and stabilizing throughput.
In-process inspection and AI-driven validation prevent defects before they propagate downstream.
Intelligent remnant tracking and reuse strategies turn waste into sellable inventory.
Automation shifts operators from heavy handling to supervision and high-value decision-making.
Systems are engineered for rapid ROI — typically 12–24 months depending on scope and volume.
Modular architecture supports future capacity growth, new products, and additional automation layers.