Name: IET Material Characterization Solution
Brand: GrindoSonic

Measure. Analyze. Understand.

Material Characterization Solution

Everything you need to determine elastic properties of materials in a research or lab environment. The essential IET setup for material scientists.

Includes

GrindoSonic MK7

Measurement Station

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Quality Control Solution: MK7 with QC Software

< 3 sec

Decision Speed

CSV / SPC

Data Export

Quality Control Solution

Add GO/NOGO decision software to the MK7 and Measurement Station for instant pass/fail quality control on the production floor.

Includes

GrindoSonic MK7

Measurement Station

QC Software

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Inline Solution: automated production line IET testing

100%

Throughput

PLC / OPC

Integration

Automate. Integrate. Scale.

Inline Solution

Fully automated IET testing integrated directly into your production line for 100% inspection of mass-produced components.

Includes

GrindoSonic MK7

External Impulse Device

IL Box

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Add-On Options

High & Low Temperature Testing

Temperature-controlled chambers that pair with any GrindoSonic solution for material testing from cryogenic to extreme high-temperature conditions

-85°C to +180°C

LT85

Low-temperature chamber for testing from -85°C to +180°C. Ideal for polymers, composites, and cryogenic research.

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Up to 1200°C

HT1200

High-temperature furnace for testing up to 1200°C. Ideal for ceramics and composites.

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Up to 1600°C

HT1600

Advanced high-temperature furnace for extreme conditions. For high-performance materials research.

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Beyond Products

IET Consulting Expertise

With decades of experience in Impulse Excitation Technique, we offer expert consulting services to help you get the most out of your material testing.

Method Development

Custom test procedures tailored to your specific materials and quality requirements.

Training

On-site and remote training for your team to master IET measurement techniques.

Feasibility Studies

Sample testing and analysis to validate IET for your application before you invest.

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* Example uncertainty calculation for E-modulus on a 100 GPa bar-shaped sample (100 mm × 25 mm × 10 mm): the uncertainty on Young's Modulus is defined mainly by 3× the uncertainty of the thickness (e.g., 0.001 mm on 10 mm thickness). This results in a 0.03 GPa overall uncertainty on the modulus calculation. The uncertainty of the GrindoSonic frequency measurement is negligible in this total uncertainty budget.