Vibration Reduction Algorithm

Transform your product: Vibration Reduction up to 70%!

Vibration is everywhere. All applications somehow create vibration and generate noise. The questions are - how much vibration should we allow, how much is noticed by users, and what is the impact on the appliance's performance?

Reducing vibration is key to improving user experience and product longevity. Traditional approaches often face cost and mechanical design limitations, which can lead to reduced performance and user satisfaction. In response, the Theta team has developed a Software based solution.

The Patent Pending Sensorless Vibration Reduction Algorithm eliminates the need for additional sensors, offering a cost-effective solution that seamlessly integrates into existing Motor Control electronic designs. This new algorithm is an extension of our proprietary Direct Torque and Flux Control (DTFC) technology.

The Science Behind the Innovation

At the core of our new algorithm is the fusion of advanced motor control strategy with a profound understanding of physics. This was only possible due to the flexibility and robustness of Theta’s DTFC.

Our tests have shown up to 70% reduction in vibration in select applications, which is game changing. This is not only about quieter operation; it is a redefinition of what is possible in product design and performance, offering a competitive edge in the market.