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ARIS Bond for Adhesion Quality
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Staying Ahead of the Tech Curve

Resonic Technologies has developed a powerful suite of instruments and applications built on a common core: Electromagnetic Acoustic Spectroscopy (EAS™). This breakthrough science merges the speed and simplicity of Eddy Current with the resolution and penetration of high-frequency ultrasonics, delivering unmatched precision and efficiency in non-destructive testing.

Through the ARIS™ line of instruments and sensor suites, inspection is applied directly at the point of maximum utility in the manufacturing process. By embedding testing where it matters most, manufacturers can reduce or even eliminate final inspection steps. Defects such as cracks or impurities in formed wire products can be caught and addressed during production—simply, economically, and without invasive modifications to existing machinery.

Testing across Industries and Applications

Our technology spans a wide range of applications—from detecting defects during production, to determining critical material properties such as stress, clamp load, metals microstructure, and component performance. Its unique versatility also extends into advanced sensor technologies for monitoring fluid properties and long-term infrastructure conditions.

“This is the future [of wire inspection]”

KJ Steel, Korea

“ARIS sees everything”

Engine valves Eaton NE

“ARIS saved several thousand Titanium racing engine valves”

Xceldyne

“Detecting delaminations before they enter the press, is key”

ITW Drawform

“In a review of 13 emerging technologies for Aircraft assembly Resonic came out as the top technology for fastener clamp load assessment”

Arconic/Howmet

Aris Defect for Wire, Rod and Tube

Aris Defect for Wire, Rod and Tube

ARIS Wire provides accurate and reliable inspection for wire, rod, and tube manufacturing. Our technology ensures every product meets strict quality standards, delivering speed, defect-free production and peace of mind.

ARIS Defect for Sheet Metal forming

ARIS Defect for Sheet Metal forming

ARIS Sheet is a solution for inspecting sheet metal and plate materials. It guarantees uniformity and integrity, helping manufacturers ensure their products are defect-free before parts are formed.

ARIS Force

ARIS Force

ARIS Force is a robust solution for critical force measurements in industrial applications. We provide precise monitoring for everything from fastener clamp loads to structural fatigue, ensuring safety and reliability in key components.

ARIS Bonding

ARIS Bonding

ARIS Bond specializes in evaluating the integrity of various bonds, including adhesive and composite welds. Our technology provides fast, accurate assessments to ensure the strength and reliability of critical joins.

ARIS Sensor

ARIS Sensor

ARIS Sensor offers unique REMAT technology for advanced material sensing and rheology. Our in-situ portable sensors deliver precise, on-site data for viscosity, suspended solids, and foam density, giving you deeper insights into your materials.

ARIS Component

ARIS Component

ARIS Component automates and semi-automates the inspection of engineered parts like engine valves and fasteners. We help you quickly detect flaws and verify material properties to ensure every component is perfect before use.

ARIS Field

ARIS Field

ARIS Field is bringing our powerful inspection and monitoring technology directly to you with deployable, on-site solutions. We empower you to perform accurate, real-time inspections wherever your operations are.

Why Choose Resonic?

We are a diverse team of engineers and technologists based in Nevada, united by curiosity, a contrarian spirit, and a deep respect for our manufacturing partners. Our conviction is simple: Advanced NDT will drive the future of industrial achievement.

Today, we design and deliver integrated inspection systems for specialty wire and automotive manufacturers across the U.S.—helping them stay ahead amid rising material costs and growing design complexity.

Founded in 2001, Resonic has been at the forefront of resonance-based NDT technologies, building on early collaboration with NIST to refine and patent our Electromagnetic Acoustic Resonance Spectroscopy (EARS™) technique.