Persistent Alignment Infrastructure for Aerospace Structures

Persistent metrology references for fabrication, verification, robotic operations, and final assembly.

Compact modular datum systems designed for repeatable acquisition across large-scale aerospace workflows.

Integrated Metrology

Seamless integration with laser trackers and scanning systems delivers micron-level positioning and real-time verification across complex geometries.

The Problem

Temporary Alignment Creates Permanent Problems

Large aerospace structures often rely on temporary setups, removable targets, repeated measurements, and manual re-acquisition during fabrication and assembly.

As structures move between workstations, tooling, robotic operations, scanning, and verification systems, positional continuity is lost—driving rework, delay, and alignment uncertainty.

THE AMACS APPROACH

Persistent Reference. Modular Acquisition.

AMACS Aerospace introduces a persistent metrology infrastructure built around the AMACS Anchor Puck™ ecosystem.

Compact, low-profile reference pucks remain with the structure while modular acquisition interfaces support multiple workflows:

laser tracker acquisition
scan registration
robotic verification
automated alignment
future sensor integration

THE ECOSYSTEM

One Reference. Multiple Methods.

Anchor Puck™
SMR Puck™
Sphere Puck™
Multi-Reflector Puck™
SmartTrack Puck™
Sensor Puck™

DESIGNED FOR REAL WORKFLOWS

Built for Aerospace Reality

Low-profile installation
Welded, bolted, magnetic, or bonded deployment
Persistent datum architecture
Repeatable line-of-sight acquisition
Portable metrology integration
Compatible with scanning and robotic systems
Designed for large cylindrical and structural assemblies

DIGITAL CONTINUITY

From Fabrication to Final Assembly

AMACS Aerospace connects physical structures to repeatable digital reference systems—supporting scan registration, robotic alignment, inspection, verification, and digital twin continuity throughout the manufacturing lifecycle.

Call to Action

Discuss an AMACS Aerospace Pilot

Request an Alignment Review
Discuss Persistent Metrology Integration
Schedule a Technical Consultation

Unified Digital Workflow

AMACS™ connects alignment, verification, and digital twin processes into a single workflow—eliminating fragmentation between fabrication and inspection.

From Fabrication to Final Assembly

Large aerospace structures introduce challenges in alignment, tolerance stacking, and re-registration across multiple stages. AMACS eliminates these gaps by maintaining a continuous spatial reference—allowing structures to be re-positioned, verified, and assembled with confidence.

Whether working with cylindrical tanks, fuselage sections, or hybrid assemblies, AMACS ensures that every stage aligns to the same digital truth.

Designed for Large-Scale Precision

Micron-level alignment using laser tracker integration
Support for cylindrical and complex geometries
Persistent datum system embedded or attached to structure
Cross-stage re-registration for digital twin workflows
Compatible with multi-axis robotic systems and inspection platforms

AMACS transforms alignment from a temporary task into a persistent system—bringing repeatability, traceability, and confidence to aerospace manufacturing.

Questions… Call (800) 960-1316 / AMACS@ati4d.com.

Contact us for information pertaining to AMACS Pilot Programs.