The MK7 from Grindosonic uses the Impulse Excitation Technique (IET) to determine mechanical properties about bulk materials such as elastic moduli (Young’s, shear, Poisson’s ratio) and damping.
Importantly IET is a non-destructive test meaning it can be used directly on finished parts, delivering real physics based measurements instead of assumptions.
IET is extremely reproducible making this an exciting technique for use in research, process optimisation and quality control and is trusted by R&D labs, production lines and quality control teams worldwide.
Founded over 50 years ago, and with over 2000 systems installed worldwide, Grindosonic is a recognised market leader in non-destructive testing based on the Impulse Excitation Technique (IET).
A gentle tap excites the material – this can be manually or automatically applied.
Resonance vibrations form inside the part.
Frequencies and damping are measured and converted into elastic properties such as:
Precise and accurate measurements with absolutely no damage to the part.
Grindosonic have proven expertise and experience across multiple industries and applications including:
Additive Manufacturing
Grindosonic enables optimisation of print parameters and ensures consistent quality of the final product.
High Precision Parts
Characterising the mechanical properties of high precision parts, allowing for precise control and optimisation of their performance.
Industrial Parts
Evaluate the mechanical properties of industrial parts, ensuring their quality and consistency for optimal performance and safety in various applications.
Scientific / R&D
Comprehensive characterisation of the mechanical properties of materials, from fundamental studies to advanced applications.
Resources related to the Droplet Lab Dropometer.
We currently have no upcoming events planned but check back for updates.
We’re here and ready to provide information and answers to your questions
©Mi-Net 2023. All Rights Reserved.
Website by Fifteen.co.uk