VibXpert 3 Balancer
– balancing and analyzer

VibXpert 3 Balancer – balancing analyzer

Next-Generation Field Balancing: The VibXpert 3 Balancer

Unbalance, caused by uneven mass distribution around a rotational axis, is the leading factor behind unplanned downtime and costly damage.

In today’s fast-paced industrial environment, machines often operate at variable speeds—sometimes close to their engineered capacity—significantly increasing the risk of resonant vibration. Fortunately, balanced machines help mitigate this risk. That’s where the VibXpert 3 Balancer comes in, offering a highly efficient and user-friendly experience. Not only does it deliver faster balancing results, but it also provides deeper insights and enhanced fault detection for rotating assets.

VibXpert 3 Balancer: Setting a New Standard for Field Balancing

The VibXpert 3 Balancer is a versatile and advanced two-plane field balancing instrument, capable of handling all types of machines and rotors. Additionally, it allows users to measure and minimize vibration levels across six synchronous channels. Thanks to its powerful analyzing features, users can easily detect and eliminate various vibration issues during the balancing process.

Moreover, users have the flexibility to choose whether to monitor vibration levels in one, two, or even six channels. With the VibXpert 3 Balancer, you get a comprehensive view of your machine’s condition in every situation!

Designed for ease of use, the VibXpert 3 Balancer features a large 10-inch touchscreen and an intuitive interface, available in English, Finnish, and Swedish. Additionally, all balancing jobs can be saved directly to the instrument, and reports can be quickly exported to a USB stick in PDF format for convenient documentation.

More Than Just Balancing – Advanced Vibration Measurement and Analysis

Beyond balancing, the VibXpert 3 Balancer performs a wide range of vibration measurements across 1 to 6 synchronous channels. These include overall vibration levels, spectrums, long-time waveforms (up to 5 minutes), and envelope-FFTs for bearing condition monitoring.

Furthermore, with its cost-down and run-up measurement capabilities, users can detect machine resonances that may negatively impact the balancing process. This ensures not only optimal machine performance but also a more reliable and cost-effective maintenance strategy.