Strain gauges provides 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.