Precision Grinding & Polishing
Multi-axis robotic grinding and polishing cells engineered for aerospace-grade tolerances. AI-driven toolpaths adapt to material conditions and tool wear, ensuring uniform finishes and repeatable accuracy.
Metal & Composites Automation
Autonomous Metal & Composite Manufacturing Systems
Advanced Autonomics delivers high precision autonomous manufacturing systems for metal fabrication and advanced composites, engineered for aerospace grade tolerances, lights out operation, and predictable ROI.
Autonomous Metal Fabrication
Advanced Autonomics replaces labor intensive metalworking with fully autonomous CNC robotic cells. These systems deliver sub micron repeatability, stable cycle times, and continuous production even in high precision aerospace and automotive environments.
In-Cycle Measurement & QC
Integrated high-resolution 3D touch probes inspect every part during production. Quality verification happens automatically without stopping the production flow or manual intervention.
24/7 Autonomous CNC Cells
Fully enclosed, self-calibrating robotic cells operate around the clock. Environmental compensation, debris containment, and noise reduction enable lights-out operation with minimal supervision.
A New Global Standard in Precision Manufacturing
At Braun Feinwerktechnik, Advanced Autonomics deployed one of the world’s most advanced autonomous CNC robotic cells that were engineered for continuous aerospace grade production.
The system achieved over 85 percent utilization around the clock, sub micron repeatability, and return on investment in under 12 months while eliminating manual inspection and rework. This project sets a new benchmark for autonomous high precision manufacturing.
Robotic Metal Production, Inspection & Finishing
From building near-net-shape parts to inspecting and finishing them, robotic cells take on the heaviest, most hazardous and most precise stages of metal manufacturing.
Production & Processing
Large-Scale 3D Printing (WAAM)
Robotic arms melt metal wire layer-by-layer to build massive, near-net-shape components like rocket parts, crane arms, and ship propellers, reducing material waste by up to 80%.
Welding
Automated arc, spot, and laser welding systems deliver high-speed, flawless seams while solving severe global welder shortages.
Cutting
Plasma, laser, and waterjet cutters mounted on 6-axis robots allow for complex 3D trimming that standard CNC machines cannot handle.
Bending & Forming
Robots manipulate heavy, dangerous sheet metal synchronously with press brakes to ensure precision and prevent operator injury.
Quality Control & Inspection
Robotic Metrology
Arms equipped with blue-light laser scanners and 3D vision systems inspect parts on the shop floor, comparing them instantly against CAD models for micro-level accuracy.
Non-Destructive Testing (NDT)
Robots scan aerospace skins and marine hulls using ultrasound, X-ray, or eddy current sensors to find hidden internal structural defects without damaging the part.
In-Line Quality Assurance (QA)
Vision systems monitor processes (like welding or 3D printing) in real-time, instantly flagging defects, burns, or porosity to abort or correct the run.
Material Handling & Finishing
Machine Tending
Robots load and unload CNC mills, lathes, and stamping presses, enabling 24/7 autonomous lights-out manufacturing.
Material Removal
Automated grinding, polishing, and deburring systems use force-torque sensors to apply perfect pressure, eliminating hazardous dust exposure for human workers.
Business Impact
Precision, Throughput & Rapid ROI
Sub-Micron Accuracy
Autonomous robots consistently meet aerospace-grade tolerances without manual intervention.
Lights-Out Production
24/7 operation with self-calibration and in-cycle quality control.
Massive Cycle-Time Reduction
Composite manufacturing time reduced from days to hours using AI-driven robotics.
Lower Operational Cost
Reduced labor dependency, rework, and inspection overhead.
Predictable Payback
Deployments achieve ROI in as little as 12 months.
Future-Ready Architecture
Modular systems scale with demand and integrate seamlessly into digital factories.