EddySonix® EC-F Series Machines
EddySonix-EC is an advanced and cost-efficient Eddy Current tester. It provides a comprehensive inspection of critical components and materials. Through electromagnetic induction, the Eddy Current testing technique identifies flaws in metallic materials. This includes hardness, case depth, temper, alloy, material mix, stress, machinability and dimensions (low frequency mode). This fast and easy-to-use machine ensures reliable results and offers improved safety and peace of mind in the inspection process.
What is Eddy Current Testing?
Eddy Current is a non-destructive testing technique that uses electromagnetic induction to detect surface and near-surface flaws in conductive materials. The method generates eddy currents within the material and measures the resulting electromagnetic field to identify defects and evaluate material properties. It is commonly used in the aerospace, automotive, and petrochemical industries for quality control and inspection purposes.
How EC-F Series Works?
EddySonix-EC principle of operation is based on multi-frequency analysis of harmonics and phases. During calibration or learning, a database of reference parts including good and different defective parts is made. Typically, the database can be set up with 100 to 500 good parts from different production batches. Various defective parts can be optionally included in the database.
Multi Coils
EddySonix® is a leading provider of advanced NDT solutions, and the company specializes in producing multi-coil Eddy Current machines. These machines are designed to enhance the inspection process’s accuracy and sensitivity, making them valuable tools for various applications. Using multiple electromagnetic coils in a single probe provides additional information about the material under test. It improves the detection of surface and near-surface defects, delivering more comprehensive and reliable results. EddySonix® is committed to providing high-quality, user-friendly, and cost-effective NDT solutions to customers in various industries, including aerospace, automotive, and petrochemical. The company’s multi-coil Eddy Current machines are recognized for their superior performance and reliability, making them a trusted choice for NDT professionals.
EddySonix-EC
Muli Coils
The EddySonix-EC is a powerful tool for inspecting and testing critical points in real time and at multiple frequencies. This state-of-the-art equipment can monitor multiple channels simultaneously, making testing faster and more efficient than traditional single-tone frequency testing. It uses a synthesized wideband signal to the coil, giving it maximum sensitivity to identify various defects. It is a reliable and efficient tool for ensuring the quality and performance of your products.
Features
- Accurate, repeatable, and high speed test
- Easy to use, user friendly interface
- Best for high volume 100% quality control
- Analysis of amplitude, phase and harmonics at each frequency
- High output current to test hysteresis loop and higher harmonics
- Scan mode (linear and rotary) with highly spatial resolution to detect local variations and crack
- Multi-coil mode (up to 8 coils) for local testing of parts
- Sweep frequency mode to examine frequency response of materials
- Various tools for data and statistical modeling to sort the parts. Possibility to learn and calibrate with only OK parts.
- Can be integrated with EddySonix-AR Acoustic Resonant system
- Easily automated for customer needs
- Clean process: no part preparation, no consumable expenses, no coupling liquids
- Industrial computer, robust against noise and dust
- User friendly, Windows-based interface
- Documentation and statistical reports
CUSTOM DESIGN COILS
We design and manufacture custom coils, probes, and fixtures for our customers. Our engineers design the coils and fixtures to fit as closely as possible to the specific part being tested to maximize fill factor, sensitivity, and repeatability. Each coil has a unique ID which is recognized by the software to avoid any errors after replacing a coil.