RDI Technologies

Predictive maintenance is an essential priority for the healthy and profitable operation of any manufacturing facility. Beyond contributing to a maintenance culture, which is beneficial to any facility that relies on manufacturing equipment, it is accompanied by a suite of practical advantages. Among the most effective predictive maintenance tools is vibration analysis technology for machine condition monitoring. However, not all vibration monitoring technology is the same. For your business’s machine condition monitoring, choose non-contact video-based vibration analysis equipment .  Vibration Analysis Equipment Prioritize Machine Condition Maintenance as Preventive Maintenance Machine condition monitoring, using vibration monitoring technology, should be a cornerstone of any preventive maintenance strategy. Manufacturing assets that are malfunctioning, failing, or otherwise not operating as they should are prone to producing telltale vibrations. Those vibrations are genera

The failure or malfunction of critical machinery in a production facility can result in a cumulative chain of consequences that could prove devastating for a business. For instance, a malfunctioning production asset can lead to additional damage to other components and products. A company then faces the expense of repairing or replacing the initial malfunctioning component, any subsequently damaged components, and the loss of stock. Often the most detrimental resultant expense, however, is the revenue lost to downtime. That’s why improving and ensuring the reliability of those assets is so crucial. Strategies for doing so include workforce training and the use of predictive maintenance tools like vibration monitoring . Vibration Monitoring Create a Culture of Maintenance Among the most important first steps to optimize the reliability of critical assets is creating and supporting a culture of maintenance. A culture of maintenance is about more than adhering to a maintenance