3D Measurement & Strain gauge validation lab

Precision meets performance—capturing geometry and mechanical behavior with accuracy.

Applications:

  • Validation of incoming parts
  • Ensure components meet exact specifications before assembly or testing.
  • High-precision validation of test setups: confirm alignment and positioning with sub-millimeter accuracy.
  • Setup dimensions for CAD: generate accurate digital models for simulation, documentation, or redesign.
  • Installation of parts with accuracy: support precise placement and integration of components in complex assemblies.
  • Strain gauge measurements: monitor mechanical stress and strain in components during testing or operation.

Capabilities:

  • Portable 3D measuring arm (e.g., FARO Arm)
  • 6-axis movement for full spatial coverage
  • Real-time 3D inspection and analysis
  • Large working volume range
  • Compatible with major CAD platforms
  • Strain gauge application and data acquisition
  • Integration with test setups for live feedback

Whether you're working in the automotive, aerospace, or manufacturing industry, the FARO Arm helps you measure quickly and reliably—wherever you are.

Strain Gauge Testing – Capturing the picture of force for smarter design

Strain gauges provide a detailed picture of mechanical stress—translating physical deformation into precise electrical signals. These measurements are not just data; they are critical input for CAD models, FEA simulations, and stress predictions, enabling engineers to validate and optimize designs with confidence. 

Specifications & Capabilities

  • Measurement Range: From microstrain to high-load applications
  • Gauge Types: Full-bridge, half-bridge, quarter-bridge
  • Materials: Applicable to metals, composites, and polymers
  • Accuracy: High-resolution input for digital modeling
  • Mounting Options: Surface-bonded or embedded
  • Integration: Compatible with CAD and simulation software

Use Cases

  • Drivetrain Components: measure torque and bending forces to validate mechanical integrity.
  • Load-Carrying Structures: assess stress distribution in frames, supports, and suspension systems.
  • Roof Boxes & Carriers: test durability under dynamic and static loads.
  • Engine Components: monitor strain during thermal cycles and operational stress.
  • Design Validation: feed real-world strain data into CAD and FEA tools for predictive modeling.
  • Test Setup Validation: ensure accurate load paths and fixture alignment.
  • Durability & Fatigue Testing: track strain cycles to predict service life and failure points.