PRECISE ACOUSTIC INSPECTION
RESONIKS offers unmatched precision in acoustic quality inspection, tailored for cast, forged, or welded metal parts. Our system delves deep into unique acoustic signatures, uncovering subtle irregularities and flaws. With robust AI integration, it stands resilient in noisy industrial settings, distinguishing between good and defective parts with utmost accuracy and consistency.
RESONIKS specializes in advanced non-destructive testing solutions tailored for detailed examination of cast, forged, or welded metal parts. AI-powered sensors detect internal inconsistencies such as cracks, voids, and porosity, ensuring a comprehensive analysis of component integrity and quality. Operating efficiently in industrial conditions, our technology upholds the standards of precision and reliability required in modern manufacturing.
AUTOMATED QUALITY EXCELLENCE
Transform your quality control workflow with RESONIKS, offering both in-line integration for continuous monitoring and a standalone system for specific inspections. Our technology automates the defect detection process, ensuring consistent quality and reducing reliance on manual inspections. Enhance efficiency and achieve excellence in product quality with our advanced acoustic inspection solutions.
INTEGRATION & INNOVATION
THE RESONIKS ADVANTAGE
Addressing the skilled labor shortage and subjective testing methods, RESONIKS brings precision and speed to quality control, matching your manufacturing line’s pace seamlessly. Our solution operates tirelessly, ensuring minimal downtime and offering easy end-of-line integration. We connect effortlessly with industrial manufacturing systems, embracing any field bus or communication protocol, as well as IT and cloud services. Just like a finely-tuned guitar string reveals the slightest change in tension, RESONIKS detects even the tiniest defects through changes in material tension, ensuring nothing goes unnoticed. Plus, our algorithm gets smarter with every inspection. You get dedicated support for continually optimized performance.