top of page

Use Cases

Quality Control in Metal Manufacturing

In the dynamic world of metal manufacturing, Quality Control (QC) is not just a requirement - it's a critical success factor. Ensuring impeccable quality in manufactured parts is pivotal. But what if some defects are too subtle to be visually inspected? Or hidden internal issues only discernible with advanced technologies like X-rays? We provide the solution: non-invasive, in-line inspection using acoustics and Artificial Intelligence (AI). A groundbreaking technology that is paving the way for Total Quality Management (TQM).

Understanding Total Quality Management

TQM is a comprehensive and structured approach to organizational management that seeks to improve the quality of products and services through ongoing refinements in response to continuous feedback. It embodies a set of principles under which every individual in the organization has a role to play in improving process quality, productivity, and efficiency.

Our innovative technology enables a smooth transition to TQM by identifying defects early on. Inspect your finished products or start with automating your incoming goods inspections. By resonating the metal parts and analyzing their acoustic response using AI, we can capturing even the minutest anomalies that could indicate a potential defect.

Harnessing the Power of Acoustics and AI

Quality control systems requiring significant human intervention can be prone to subjective assessments, personal experience, and inefficient manual processes. Automation is the way forward. Our acoustic and AI technology reduces potential for human error and simultaneously boosts the final product's overall quality by automating the QC process.

Use Cases in Key Industries

  • Automotive: In automotive manufacturing, defects in critical parts such as engine components, brake systems, or transmission parts can lead to costly recalls and harm the brand image. Our acoustic and AI solution automates the inspection of these critical parts, reducing manual efforts and providing a more reliable and efficient process.

  • Steel Production: Steel manufacturers need to ensure the quality of their output and weldings, as even minor defects in critical parts like steel plates, beams, and girders can have major consequences. Our technology provides this assurance by identifying any defects early in the production process.

  • Machine Production: The precision required in machine production leaves no room for defects in parts like gears, fasteners, or machine casings. Our solution offers a non-invasive, accurate, and efficient means of ensuring that every product meets the necessary quality standards.

  • Aerospace & Aviation: In the high-stakes aerospace and aviation industries, maintaining the quality and safety standards of critical components such as turbine blades, aircraft frames, or avionic systems is paramount. Our technology assists in identifying and rectifying potential issues early on.


Transitioning from traditional quality control to TQM can yield significant benefits. A study conducted by McKinsey found that manufacturers implementing TQM could see productivity gains of up to 15%, alongside a reduction in defect rates by half. Furthermore, a report by PWC suggested that adopting smart manufacturing technologies can reduce operational costs by 3.6% per annum.

Step into the Future of Total Quality Management

In the realm of metal manufacturing, quality is not just a target—it's a journey. Our technology provides a roadmap for that journey, automating processes to improve efficiency, and ensuring the quality of your products every step of the way. Take the next step towards Total Quality Management today, and experience a new dimension of quality control and assurance in metal manufacturing.

Quality isn’t an act, it’s a habit. And we're here to help you cultivate that habit.

bottom of page