Trusted by Industry Leaders

Catch Defects Before They Ship

Non-destructive quality control that finds porosity, cracks, and material inconsistencies in seconds. Test 100% of your production without slowing down.

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2000+

Systems Worldwide

40+

Years Experience

50+

Countries

GrindoSonic MK7 for additive manufacturing quality control

ASTM E1876

Compliant

Solutions

What Do We Measure?

Non-destructive testing solutions for every stage of material characterization and quality control.

Mechanical Properties

Understand how your material behaves mechanically — without destroying the part.

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Fatigue & Lifetime Indicators

Detect early degradation and anticipate performance drift over time.

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Manufacturing

Monitor production quality and detect defects in real-time on the manufacturing line.

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Trusted by industry leaders worldwide

How It Works

Simple, Fast, Non-Destructive

Impulse excitation technique (IET) measures material properties by analyzing natural vibration frequencies. No sample prep, no damage, instant results.

Tap the Sample

A light mechanical impulse excites the material's natural frequencies.

Capture the Resonant Signal

A sensor records the resonant response with 0.1ppm resolution.

Get Results Instantly

E, G, Poisson's ratio, and damping calculated in under one second.

Learn more about the technology

40+

Years of Innovation

What Researchers Say

Trusted by Leading Institutions

Research groups of Materials Engineering at KU Leuven explore, develop and characterize novel materials ranging from composites to 3D printed metals and ceramics. The Grindosonic HT1200 allows the researchers to better understand the microstructural evolution during heat treatment by in-situ monitoring of the mechanical response. (stiffness and damping)

Dr.-Ing. Pierre Vancauwenbergh

KU Leuven

After a close, cordial, collaboration with GrindoSonic to demonstrate the benefit of their system, LNE has purchased one of them which has the particularity to enable complementary linear and nonlinear tests, and to display waterfall plot of the results, which is a very evocative way. The collaboration between LNE and GrindoSonic has resulted in two peer review articles and two communications in conferences.

Dr. Habil. Anne-Françoise Obaton

LNE

Different materials are investigated within the scope of various research projects at the Hochschule Bonn-Rhein-Sieg (H-BRS) such as ceramics, metals, intermetallic alloys, and polymers. The IET-system is applied for either high temperature applications (ceramics, metals, etc.) with an automatic device shooter or room temperature applications (polymers) with a manual device shooter.