A complete, reliable and productive system for
Vibration Analysis & Dynamic Balancing

DigivibeMX® M30 System is the Vibration Analyzer, Dynamic Balancer and Data Collector with more functions in the market. From simple Vibration analysis to complex 3D ODS vibration simulations, DigivibeMX® M30 is the best tool for predictive analysis and diagnosis for your machinery.

New version, more functional.

Announcing the new DigivibeMX® with a redesigned user interface, new functionalities, multi-language support, and many more features.

Balancing Tools for 1 & 2 Planes

DigivibeMX® M30 offers dynamic balancing tools and functions for both in situ and balancing machines.

With a single click you start balancing. Its automated tracking filter allows to identify the RPM in a selected range to avoid inaccuracies caused by slightly changes of speed.
The balancing speed range varies from 60 to 300,000 RPM with signal recording times of up to 5 minutes 1.

Vibration Analysis & Predictive tools

DigivibeMX® M30 includes the following vibration analysis tools:

  • 3D Waterfalls
  • 3D ODS Simulations
  • Routes Analysis
  • Barcode creator and reader
  • Automatic reports 2
  • Color-based database
  • Colored Indicators for general Vibration and Bearing problems
  • Tendency curves with tendency analyzer
  • Machinery condition statistics
  • Database compatibility and synchronization
  • 3D Waterfall
  • FFT
  • Phase
  • Orbits
  • Bode
  • Cross Power Spectrum
  • Frequency Response
  • Coherence function
  • Spectrograph
  • Cross by Zero frequency
ODS Simulations

DigivibeMX® M30 integrates the Operating Deflection Shapes Simulation (ODS) in all its machinery databases.

When you create a new machine you can select a 3D model from the clipart library or a 3D File previously designed, to perform a 3D simulation immediately after making the route. Create your 3D model in your favorite 3D software such as 3DS Max, Blender, Solid Works, etc.
Alarms On!
DigivibeMX® M30 includes vibration and envelope alarms for all machinery. You can verify the machine health to prevent or fix failures quickly.

Envelope Alarms

  • 4 categories: Accel, Velocity, Displacement, Envelope
  • Each axis can be analyzed
  • Fully-customizable values for any frequency

Vibration Alarms

  • By default the ISO-10816 standard is used to verify machine health
  • Customizable values to define your own limits
Multi-language Support
  • Available languages3English, Spanish, French & Turkish
  • Download extra languages4
  • Easy-to-switch
Rich Tooltips

The Rich Tooltips feature inside DigivibeMX® M30, allows you to understand every function before you use it.

Starting MSRP $5695.00 USD

Score- What is score

Score is a unit created to be able to give a color to a machine. Being:

  • White: Not taken, not recorded or machine stopped
  • Green: Good
  • Yellow: Satisfactory
  • Orange: Rough
  • Red: Unacceptable

For the software to be able to compare different units among them, or else for the user to being able to compare different units (i.e. Velocity vs Amperage), Score is also determined by a number. Somewhat comparing apples with pears. In fact, score works as a number within the software and just ploted as a color for the end user to see it. The corresponding color to value applies as follows:

  • White: < 1
  • Green: Between 1 and 2
  • Yellow: Between 2 and 3
  • Orange: Between 3 and 4
  • Red: Above 4

How is score calculated

When configuring a machine, the user will set the value for each color alarm starting from Yellow. It will be understood that any value below Yellow alarm will be Green.

To understand this better, please watch the following example:

Let’s say we have a machine named “machine 1” to which we assign some alarm values for velocity in the following way:

  • Yellow: 1.8 mm/s
  • Orange: 2.7 mm/s
  • Red: 7.0 mm/s

Now look at the scores calculated for different cases:

Value mm/s Score
1.2 1.67
1.8 2.00
2.2 2.44
2.6 2.89
3.2 3.12
5 3.53
7 4.00
7.5 4.07
10 4.43
15 5.14

When looking at trend charts, score will be plotted according to its numerical value.