Product

The Power of Sound

Two thousand years ago, Roman artisans tapped ceramic vases to hear if they were sound.

RESONIKS brings that same principle into the 21st century - combining acoustic resonance testing with AI-driven analysis to detect structural defects in metals, ceramics, composites, and polymers in seconds - no radiation, no chemicals.

This is non-destructive testing that activates a part’s acoustic fingerprint and listens. We locate and differentiate between defect types, not just touch the surface.

Two thousand years ago, Roman artisans tapped ceramic vases to hear if they were sound.

RESONIKS brings that same principle into the 21st century - combining acoustic resonance testing with AI-driven analysis to detect structural defects in metals, ceramics, composites, and polymers in seconds - no radiation, no chemicals.

This is non-destructive testing that activates a part’s acoustic fingerprint and listens. We locate and differentiate between defect types, not just touch the surface.

How it Works

One tap. Three steps.

Excite

A patented precision hammer delivers a controlled, fully reproducible impulse - activating the part's acoustic fingerprint.

Listen

In-house microphones capture the resulting sound across a 100 Hz to 80 kHz range, tuned to cut through factory noise.

Decide

A deep-learning model trained on your part converts the acoustic signature into a pass/fail decision in seconds.

QCFLEX

The standalone system for seamless 100% inspection - powered by AI-acoustic testing.

The standalone system for seamless 100% inspection - powered by AI-acoustic testing.

The QCFlex pairs our second-generation patented hammer (SH2) with our in-house MP2 microphones to deliver controlled impact and clean signal capture - even in noisy production environments. Together they power the AI-Acoustic Resonance Test (AI-ART), turning vibration and sound into precise structural insight in seconds.

User-friendly. Reliable. Fast. Fully automated.

User-friendly. Reliable. Fast. Fully automated.

Testing times optimized for seamless experience for your favtory line.

Technical Specifications

Technical Specifications

  • SH2 precision hammer - second generation, patented closed-loop process with adjustable impact intensity and a fully reproducible impulse

  • MP2 microphones - developed in-house, capturing 100 Hz to 80 kHz, purpose-built for noisy factory environments

  • Capacity - handles components up to 800 mm and 200 kg

Deployment & Usability

Deployment & Usability

  • Two configurations - SH2 hammer mounted on an integrated SCARA robot, or QCFlex without SCARA for manual loading

  • Variable fixture system - test multiple part variants in the same system without retooling

  • Intuitive touchscreen UI - new operator interface designed for fast, low-friction use on the factory floor

USER FRIENDLY

AI

RESONIKS

Models trained on sound.

See It Work on Your Parts

Start with a feasibility study. We'll prove it on your components in our lab before anything ships to your floor.

Typical timeline: 2-3 months. No production disruption.

01

Identify Test Part

You tell us the component, the defects you care about, and your current NDT method.

step image

02

Ship us your samples

Send labelled OK and NOK parts to our test lab, along with 3D (STEP) data.

03

We run the AI-acoustic tests

We design a custom test setup, run your parts, and train an AI model tuned to your defects.

04

You receive a full report

A detailed results presentation showing exactly what we caught - and what comes next.