EddySonix EC-S machines have an adjustable tailstock for different part lengths using rack and pinion, up to 1000 mm.

The cycle time for EddySonix EC-S machines is 15 to 30 seconds.

EddySonix designs and manufactures specialized coils for the Eddy Current Scanner. These coils can be quickly changed and come in various diameter sizes from 5mm to 500mm. 

EddySonix-EC features include accurate, repeatable, and high-speed testing, easy-to-use user-friendly interface, multi-frequency testing ranging from 10Hz to 500kHz, high output current to test hysteresis loop and higher harmonics, and scan mode (linear and rotary) with highly spatial resolution to detect local variations.

Yes, EddySonix-EC can be integrated with EddySonix-AR acoustic resonant system.

Yes, EddySonix Company designs and manufactures custom coils and fixtures for customers.

The EddySonix ARI machines can detect various flaws in materials such as metals, composites, and ceramics, including cracks, delaminations, and voids. The technique is particularly effective for detecting minor flaws that may not be visible to the naked eye or detectable by other NDT methods.

The EddySonix ARI machines have features such as accuracy and repeatability, high-speed testing (1 second), ease of use, whole part test for internal and external flaws, compensation for production trends, temperature, and mass, no part preparation required, no consumables expenses, various tools for data and pattern modeling, can be integrated with eddy current system, industrial computer, robust against noise and dust, and documentation and statistical reports.

According to Standard ASTM-E2001, Resonance Testing can be used to detect defects in metallic and non-metallic parts. In a single measurement, the procedure can detect numerous defects including cracks, chips, cold shots, inclusions, voids, oxides, contaminants, missed processes or operations, and variations in dimension, hardness, nodularity, porosity, density, and heat treatment.

The Sweep Resonance Testing technique is used to detect defects such as cracks and voids in components, particularly those with complex shapes, small sizes, and advanced alloys.

The technique is ideal for inspecting Powder Metallurgy (PM), Metal Injection Molding (MIM), Additive Manufacturing (AM), Castings, and Forging parts.

The technique has the ability to detect very small voids of about 0.2 mm, as well as small cracks that may not be detected by visual inspection.

The piezo actuator is used to excite the part with a broadband spectrum pattern and is designed and manufactured in-house by EddySonix®. The preloaded piezo actuators are protected by a stainless-steel enclosure and are optimized for resonance testing that generates broadband linear vibrations from DC to 1MHz.