Shaping the future of accuracy one measurement at a time.
ATT Metrology Solutions provides advanced metrology services and on-site precision measurement, calibration, and quality inspection across North America. Based in Issaquah, Washington, it integrates automated inspection systems, real-time dynamic machine path correction, and specialized boresight alignment for manufacturing, aerospace, and defense applications.
ISO 9001:2015 · AS9100D · NADCAP Compliant (AC7130/1, /2, /3) · Boeing Certified Metrology Provider · Airbus Approved Metrology Provider
Precision measurement, calibration, and inspection services delivered at customer locations and from ATT's own metrology labs.
Customized equipment calibration solutions to ensure ongoing precision and conformity with national standards.
Precision 3D measurements conducted directly on production floors using advanced industrial metrology equipment.
Comprehensive inspection of components and tooling assemblies to verify conformance and identify deviations.
Fully integrated, pre-configured robotic cells designed to deliver high-accuracy, repeatable, and efficient 3D scanning on the factory floor.
Turnkey deployment of pre-configured robotic cells featuring collaborative robots and optical scanners.
Automated statistical process control and part conformance checking to streamline assembly lines.
Robotic inspection workflows dedicated to validating heavy tooling, jigs, and fixtures.
Capturing high-density point clouds to recreate CAD models and validate as-built geometries.
Real-time enhanced machine path control utilizing the ARTEMIS Global Metrology Platform to correct dynamic and static positioning error for robots, CNC machines, AGVs, and drones.
Creating 7DoF position and orientation datastreams using Inertial Dimensional Metrology and multi-sensor fusion.
Enhancing robot and CNC calibration with kinematic parameter modeling.
Move-measure-correct capabilities to dramatically improve static positioning.
Correcting commanded versus actual machine position in real-time while the machine is in motion.
Automated boresight alignment of weapons and avionics systems using the Laser Tracker Alignment System (LTAS).
An automated measurement system utilizing precision laser trackers, custom fixtures, and step-by-step graphical scripts.
Aligning aircraft weapon stations, head-up displays, inertial navigation units, and tactical sensor pods.
Adapting boresight workflows to tactical aircraft including F-15, F-16, A-10, F/A-22, and F-35 platforms.
Deploying laser tracker systems to forward locations to support tactical aircraft battle damage repair.
Integration of Polyrix PolyScan Surround 3D structured light technology for motionless, multi-sensory 3D measurement on production lines.
Installing motionless, multi-sensory 3D measurement systems directly into automated production flows.
Capturing millions of measurement points without user interaction, robots, or scanner movement.
Scanning complete machine travel volumes relative to the frame to optimize robot paths and avoid peripheral collisions.
Manufacturing · Aerospace · Defense · Automotive
Aerospace
Integrated the ARTEMIS Global Metrology Platform within robotic cells for a large-scale material application project. The solution combined 3D metrology and IMU data to improve volumetric accuracy from ±2 mm to less than 0.1 mm error, enabling significant weight savings and reducing part processing times by 75%.
Aerospace · Client: Lockheed Martin Aerospace
Developed and implemented a dedicated Laser Tracker Alignment System (LTAS) paired with custom software for aircraft boresight alignment. The system guided operators through an interactive procedure to complete boresight alignments, reducing data collection times by over 50% while requiring fewer personnel and less equipment.
Manufacturing
Integrated a motionless, multi-sensory 3D structured light scanning system within a robotic cell to scan large objects before machine operation. The system captured the geometries of primary and peripheral objects relative to the machine frame for part-orientation and collision avoidance, achieving an accuracy of ±0.005 inches within a scan time of 6-8 minutes.