High-precision Surface Inspection

waveCHECK is a handheld-portable 3D-inspection tool for inspecting wind turbine blades in manufacturing and operation. Its efficient detection of surface defects and instant visual feedback revolutionize surface inspection.

Applications:

• Waves and Wrinkles
• Steps between core material panels and/or pre-fabricated components
• Gaps between core material panels during lay-up
• Flaws in paint/top coat
• Chamfers, e.g. of bond line edges
• Rain Erosion
• Any other surface damage that is reflected in the surface topology/topography

Surface analysis with zero post-processing

waveCHECK’s powerful detection and instant analysis revolutionize blade inspection. The user-centric design allows for quick deployment in existing workflows: 1-Button Operation, zero Post-Processing.

White paper: inspection technologies

Learn more about the possibilities and limitations of different
inspection methods in the quality control of
wind turbine rotor blades.

Brochure

Learn more about precision wrinkle
analysis with real-time instant
visual feedback.

Market-proven waviness analysis with instant visual feedback

waveCHECK is a first-of-its-kind solution for end-to-end digital analysis of composite waviness. It empowers manufacturing teams to quantify composite waviness with unprecedented precision and repeatability.

Detects & displays:

• Positive, Negative and Step waves & wrinkles
• Highest point; shortest distance to edge, in main fiber direction
• Aspect ratio
• Angle of wave with respect to main fiber direction
• Works on carbon fiber and glass fiber surfaces

What to expect from waveCHECK?

• Industry-leading Repeatability & Accuracy
• No Subjectivity – Take out the Guess Work!
• Sets the Benchmark for Gage R&R Scores
• Far Exceeds Quality of Traditional Methods (e.g. comb-gauge)
• Enjoy the Simplicity of a Camera & the Accuracy of a Scientific Instrument

Contact

We would love to hear from you. How can we help with your surface inspection needs? Tell us at or use the contact form below.