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.
Proven Industrial Benchmark
A New Global Standard in Precision Manufacturing
At Braun Feinwerktechnik, Advanced Autonomics deployed one of the world’s most advanced autonomous CNC robotic cells — engineered for continuous aerospace-grade production.
The system achieved over 85% utilization 24/7, sub-micron repeatability, and ROI in under 12 months — while eliminating manual inspection and rework. This project sets a new benchmark for autonomous, high-precision manufacturing.
Advanced Composite Manufacturing
With more than a decade of experience in carbon-fiber automation, Advanced Autonomics delivers robotic solutions for trimming, drilling, and assembly of composite parts — serving aerospace, automotive, drones, and high-performance applications.
Robotic Trimming & Drilling
Vision-guided robotic machining achieves accuracy down to 0.05 mm. AI-driven automation reduced manufacturing time from 24 hours to just 2 hours in deployed composite production lines.
Multi-Robot Composite Cells
Multiple robots work in synchronized workflows on composite layups and machining tasks — dramatically improving takt time and throughput.
Clean, Safe Composite Processing
Automated dust extraction, chip handling, and noise-reduction enclosures maintain safe working conditions — reducing noise levels to ~65 dB while keeping carbon-fiber dust under control.
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.
