In the field, on the bench, in the loop.

We combine field balancing and predictive maintenance with the manufacture of balancing machines, measuring boards and solver software.

Technician working with a wrench at an electric motor foot
Han Dora · Unsplash License
Field Balancing (On-Site Dynamic Balancing) Single or two-plane dynamic balancing of fans, pumps, turbines, crushers and motor rotors in their own bearings at operating speed, without dismantling. ISO 21940-11 · 1 & 2-plane · Complex SVD Industrial Balancing Machine Manufacturing Horizontal and vertical hard-bearing balancing machines (up to 15 tonnes) and high-speed 120,000 RPM VSR turbocharger balancing stations. ISO 21940-21 · 77 RPM (15 t) – 120,000 RPM REI-PRO-04 DAQ Controller & Balancing Machine Retrofits Single-board 24-bit 4-channel simultaneous industrial DAQ controller, 1 GΩ JFET charge amplifier, 3-domain galvanic isolation, and turnkey panel retrofits for legacy balancing machines. REI-PRO-04 · 24-Bit 4-Ch · 3-Domain Isolation Scientific Rotor Dynamics R&D & Metrology Software Clean-room Complex SVD influence coefficient solver, ISO 21940-14 uncertainty budget propagation (UNC-001..010), and fail-closed CMP-Safety state machine architecture. Complex SVD κ(H) · UNC-001..010 · CMP-Safety Predictive Maintenance Periodic condition monitoring programmes that detect failures before they happen, using vibration, temperature and ultrasound data. ISO 17359 · ISO 20816-3 Vibration Analysis Root-cause diagnosis of vibration with FFT spectra, time waveforms, envelope and phase analysis. FFT · envelope · phase · ODS Laser Shaft Alignment Precision laser shaft alignment for motor-pump, motor-gearbox and all coupled machine trains. Laser system · soft foot · thermal growth Infrared Thermography Hot-spot detection in electrical panels, motors, bearings and mechanical components with infrared thermography. Infrared imaging · ΔT Ultrasound Inspection Ultrasound detection of bearing lubrication condition, compressed air leaks and electrical discharge. Airborne & structure-borne · dBµV

Four steps of a site visit

Every job follows the same order; nothing closes until the result is confirmed by measurement.

  1. Initial measurement

    Horizontal, vertical and axial vibration at the bearings: overall level, spectrum and phase.

  2. Diagnosis

    We confirm whether the problem really is unbalance, separating misalignment, looseness, resonance and bearing defects.

  3. Correction

    Single- or two-plane balancing with the trial-weight influence coefficient method; laser alignment if required.

  4. Report

    Before/after values, ISO zone classification, applied weights and recommendations.

Is your machine vibrating? Talk to us before it stops.

Tell us the equipment type, speed and the symptom you see. We will agree the measurement plan, the visit date and, if needed, the machine or controller solution.

+90 507 545 29 39 WhatsApp

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