SPM Instrument

Leonova® Diamond is a portable, heavy-duty condition-monitoring instrument engineered for on-site measurement and analysis of rotating machinery in harsh industrial environments. It integrates shock pulse measurement (SPM), vibration severity measurement and vibration spectrum analysis within a single diagnostic platform. The instrument supports route-based data acquisition and evaluation, enabling technicians to capture machine-condition parameters, analyse vibration and bearing-related fault signatures, and perform on-site troubleshooting. Its multi-technique architecture provides a unified measurement platform for diverse machinery-condition assessment requirements.

BearingChecker is a portable shock pulse measurement (SPM) instrument for quantitative assessment of rolling-element bearing condition. It acquires shock-pulse signals through an integrated probe or external sensor and evaluates the measured values to identify abnormal bearing conditions. The instrument provides condition-indication thresholds through green-yellow-red status levels, supplemented by detailed measurement values for technical assessment. Its integrated electronic-stethoscope function enables acoustic detection of bearing and other machine-sound irregularities, while measurement data can be exported for further processing and analysis.

Airius® is a wireless vibration-monitoring sensor engineered for remote condition monitoring of standard production equipment, particularly rotating assets such as pumps and fans. It acquires vibration data for detection of vibration-related abnormalities, bearing faults and gear faults, transmitting measurements through Wi-Fi or secure LTE-M cellular connectivity. With an IP69-rated compact industrial enclosure, Airius supports continuous remote monitoring in demanding environments. It is available with either battery or external power supply, enabling flexible deployment across distributed machinery.

Intellinova® is an online condition-monitoring system engineered for continuous surveillance of critical rotating machinery. It combines SPM HD measurement technologies, high-performance digital hardware and advanced signal processing to detect early-stage deterioration in asset condition. The system performs automated measurement and data processing before delivering condition information to control-room interfaces. Its modular architecture supports system customisation, long-term operation in harsh industrial environments and intersystem communication, enabling integration with plant automation and control infrastructure.