The Machsensor System enables factory operators to monitor the health of critical machines 24/7 to prevent downtime. Attach the Machsensor System to the machines in your plant and start avoiding breakdowns!

Present day Machine Monitoring Systems are expensive, making it cost prohibitive for most plants to monitor their assets. The Machsensor System is designed to be easy to use at a fraction of the cost of other systems. Utilizing a vibration sensor that sends data wirelessly to the cloud, the Machsensor System enables users to use the latest IOT and Artificial Intelligence technology to keep their machines humming along.

Say goodbye to walking around the plant with expensive systems and collecting data! Attach the Machsensor system to the motors in your plant and start monitoring the health of your motor from anywhere in the world.
The Machsensor system uses vibration sensors to detect the health of the rotating machinery. The sensors collect the data using the latest Internet of Things (IOT) technology. The vibration data is collected on a regular basis to maintain constant vigilance of the machine and then sent to the cloud. The data is analyzed by Artifical Intelligence (AI) / Machine learning (ML) algorithms and trained human vibration analysts. The customer is notified regularly of the health of machines along with maintenance recommendations to bring unhealthy machines back to good health.

Latest Blog Posts

Why conduct Vibration Testing on Motors

Posted by Machsensor

Vibration monitoring is the industry standard for assessing if electric motors are at risk of failing. It has been proven that of all the types of non-destructive testing that can be conducted on a motor, vibration data gives the most insight.... Read More

Time for a Disruption on Vibration Monitoring Systems

Posted by Machsensor

Even though it is well understood that a vibration monitoring program can help plants to fix motor problems before they occur, there are significant challenges to deploying a vibration program at the plant. The most common vibration..... Read More