Proven Technology

Deployed across industries.

Application Areas

Industry & Manufacturing

Production facilities, machine tools, drive systems

Energy & Infrastructure

Generators, supply systems, power generation

Industry & Manufacturing

Production facilities, machine tools, drive systems

Structures & Bridges

High-rise buildings, bridges, vibration-sensitive structures

Heavy Industry

Steel, chemical, and paper industries

Research & Development

Material optimization, vibration analysis, prototyping

Measurement Evidence & References

  • Over 100 documented measurement results available
  • Presentation: anonymized case studies or aggregated results (e.g. “Vibration amplitude in the rolling mill reduced by X%”)
  • Reference to WizardStickers™ (elite sports) as proof of feasibility for the core technology
  • Note on confidentiality obligations
  • Professional presentation: charts, measurement curves, no exaggerated-testimonial aesthetic
  • If available: download area for technology whitepapers or case studies (PDF)
Vibration SpectrumBefore vs. After Analysis-65%Amplitude Reduction
Frequency spectrum: conventional versus VIBE-EX optimized, amplitude reduced by 65%
ConventionalVIBE-EX Optimized
0 HzFrequency (Hz)5000 Hz

Blog / Knowledge Hub

Technical insights, industry-specific articles, and the latest research findings in vibration physics and predictive maintenance.

Technical

April 10, 2026

Fundamentals of Vibration Analysis

An introduction to frequency analysis and anomaly detection as the foundation of predictive maintenance.

Technical

April 2, 2026

How WZ Chips Work

The physical operating principle behind VIBE-EX's optimization technology, explained in detail.

Technical

March 25, 2026

Contact Potential Difference, Explained

Why different materials generate an electrical potential difference on contact — and how VIBE-EX makes use of it.