Vertical · Flexible Manufacturing
Flexible manufacturing: one cell, many sensors and actuators.
A flexible cell mixes inspection cameras, robot arms, conveyors, PLCs, and operator stations — reconfigured per product run. PALVO orchestrates them as one system, so the line adapts without re-engineering the control stack for every changeover.
Why Flexible Lines Are Hard
The integration cost dominates.
High-mix, low-volume production reconfigures constantly. Hard-coded integrations between each sensor, PLC, and robot break on every changeover — and re-engineering the control stack per run is where the time and money go.
Brittle point-to-point wiring
Every new part number means re-integrating cameras, robots, and PLCs.
Slow changeovers
Line downtime for reconfiguration erodes the economics of high-mix production.
Inspection cameras, depth, force/torque, process telemetry
World model flags defects; LLM co-pilot routes work + handles exceptions
Robot arms, conveyors, PLC actuators driven in concert
Reconfigure per product run — no stack rewrite
PALVO's Approach
One orchestration layer over the whole cell.
Real-time defect detection and process guidance with one layer over all cameras, robot cells, and PLC interfaces — local perception and policy that deploy without a remote cloud loop, and adapt per run.
Unified world state
Every camera, force sensor, and process signal fuses into one structured model of the cell.
LLM co-pilot routing
The co-pilot routes work, handles exceptions, and lets operators direct the line in natural language.
Reconfigure per run
Change the product, not the control stack — the orchestration layer adapts to the new run.
Micron-Scale AI Inspection
Where the defect is smaller than a hair — and the whole cell reacts.
Our newest capability: microscope-based, micron-scale inspection of materials and parts. Most inspection systems stop at "flag the defect." PALVO connects that judgement to action across the cell.
What it inspects
- Surface defects, cracks, and contamination at high magnification
- Dimensional deviation against the reference world model
- Real-time defect detection paired with process guidance
Why PALVO is different
- Orchestration, not just detection — a defect finding triggers routing, rework, or a stop.
- World-model deviation — flags anything out of spec, not only enumerated defect classes.
- Edge-first — high-resolution data stays on site; latency stays low.
Micron-scale AI inspection is PALVO's newest vertical. Capabilities described here reflect the current development roadmap; specific magnification and defect-size targets are set per use case with each customer.
Portability
Same PALVO loop as the airfield.
Different sensors, different actuators, one orchestration stack. The intelligence that clears a runway is the intelligence that inspects a part — because the hard problem, coordinating many channels safely in real time, is the same.
Bring PALVO to your line.
If you run a high-mix line or need micron-scale inspection tied to real action, we'd like to understand your process.