RecoVib FEEL is a compact 3-axis shock and vibration smart probe designed for real-time vibration monitoring, machine diagnostics, structural analysis, and predictive maintenance. Featuring a high-performance MEMS accelerometer, IP67 protection, real-time streaming to Android devices and PC software, plus advanced time and frequency domain analysis, it enables maintenance professionals to capture, analyze, and diagnose vibration data quickly and accurately in demanding industrial environments.
RecoVib FEEL is a compact 3-axis shock and vibration smart probe engineered for real-time vibration monitoring, machine diagnostics, structural analysis, and predictive maintenance. Its high-precision MEMS technology, IP67 industrial protection, and advanced software provide accurate vibration analysis wherever it's needed.
Capture simultaneous vibration measurements across three axes with high accuracy.
Stream live vibration data directly to Android devices and Windows PC software.
Analyze vibration signals in both the time and frequency domains with advanced FFT processing.
Supports high-pass, low-pass, band-pass and integrator filters for detailed diagnostics.
Dustproof and waterproof aluminum housing designed for harsh industrial environments.
High-performance MEMS accelerometer with 250 Hz useful bandwidth for vibration monitoring.
Ideal for vibration diagnostics, modal analysis, machine tools, automotive and aviation applications.
Record, replay, analyze and export vibration measurements using the complete RecoVib software suite.
RecoVib FEEL is a compact 3-axis shock and vibration smart probe designed for predictive maintenance, machine diagnostics, structural testing, and condition monitoring. Its lightweight industrial design enables engineers to perform fast, accurate vibration measurements directly in the field while wirelessly streaming live data to Android devices and Windows PC software.
Featuring a high-performance 3-axis MEMS accelerometer, real-time wireless communication, advanced FFT and time-domain analysis, configurable digital filtering, and a rugged IP67-rated aluminum enclosure, RecoVib FEEL provides an efficient solution for machine vibration diagnostics, structural health monitoring, troubleshooting, and predictive maintenance across demanding industrial applications.
RecoVib FEEL is engineered for real-time vibration diagnostics, predictive maintenance, structural monitoring, machine troubleshooting, and engineering analysis across industrial, automotive, aerospace, research, and civil engineering applications.
Monitor motors, pumps, compressors, gearboxes and rotating equipment with precision.
Measure vibration in bridges, buildings and civil engineering structures.
Perform vibration and shock measurements during vehicle development and validation.
Capture high-precision vibration data for aerospace components and structures.
Quickly identify vibration issues using real-time measurements and FFT analysis.
Ideal for laboratories, universities and engineering teams performing dynamic testing.
Capture simultaneous vibration measurements across X, Y and Z axes.
Wirelessly stream live vibration data to Android devices and Windows PCs.
Analyze vibration signals in both time and frequency domains for accurate diagnostics.
Supports high-pass, low-pass, band-pass and integrator filtering for advanced analysis.
High-performance vibration measurements for machinery and structural applications.
Portable battery-powered operation for convenient field inspections.
Dustproof and waterproof aluminum housing built for harsh industrial environments.
Visualize, analyze, record and export professional vibration measurements with ease.
Empower your maintenance and engineering teams with fast, accurate, and wireless vibration measurements using RecoVib FEEL. Designed for machine diagnostics, predictive maintenance, structural monitoring, and field testing, it delivers real-time 3-axis vibration analysis, advanced FFT processing, and seamless connectivity to help you identify problems earlier and improve equipment reliability.
