From automatic diagnosis and route rounds to rotor balancing — one device and one app cover the whole predictive-maintenance cycle.
From one measurement the app sorts the machine into OK / Warning / Danger and scores five fault models — imbalance, misalignment, looseness, bearing, electrical.
A professional PDF report right after measuring — ISO severity, model scores, the bearing frequency match table, wear phase and a concrete recommendation.
QR/NFC points, bearing assignment per point, custom and ISO limits, automatic RMS/Peak trend with OK/Warning/Danger, and data sharing between devices.
Measures all defined points of a machine and creates one detailed report — the status of each point, spectra, trends and the overall verdict.
A summary of all machines with OK / Warning / Danger status, or a detailed version including graphs and spectra for each point.
More than 30,000 bearings (SKF, FAG, NSK…). The app knows the BPFO/BPFI/BSF/FTF fault frequencies, verifies them in the envelope spectrum and determines the wear phase.
On-site rotor balancing without disassembly — single- and two-plane, polar diagrams per ISO 21940 and a PDF protocol with residual unbalance.
A bump test reveals the natural frequencies of a structure or foundation and helps tell whether elevated vibration is caused by resonance.
Recording vibration across changing speed reveals critical speeds and resonance regions — useful for machines passing through resonance.
FFT spectrum and time signal, envelope (gE) spectrum for bearings and a cascade FFT waterfall to track changes over time.
Evaluation per ISO 20816-3, ISO 14694 and ISO 21940 — standard and custom limits for each point.
API/HTTP server to connect ERP and CMMS, a bearing lubrication module and a unified interface for Android and Windows.
Regular rounds build a summary that ranks machines by risk and estimates time-to-alarm for every point.
We come out and measure your most troublesome machine. You see the output on your own data before deciding anything.
