The Art of balancing
Ultra-precise balancing technology from PMB
Ultra-precise balancing technology from PMB increases the service life of your products, helps prevent damage and increases the quality of your components!
All rotating components have an imbalance due to production or design. If this is too large, considerable risks arise for the components and the products in which they are installed. The life span of the products and bearings is reduced or, in the most extreme case, the component is destroyed. Especially at high speeds, vibration caused by unbalance will cause noise. In the field of dental technology, the manufacture of turbochargers and equipment fans, these noises are subject to a legally defined limit or are simply undesired by the customer. The faster their products rotate, the more important balancing becomes, because doubling the speed generates four times the centrifugal force and increases the risk of damage. Precise balancing is a must here. And a lot of potential is not used here.
PMB Bobertag has set itself the task of solving this demanding task. Founded in 2008, we have since then achieved technological leadership in the field of ultra-precise balancing with our own UMS vibration measurement technology, balancing software and analysis software as well as our complete CAROBA® Balancer balancing machines. From development and production to consulting, we stand for the highest quality in balancing technology and contract balancing.
The PMB-balancing service is having a vacation closedown from 29 July to 09 August 2019. If you have urgent orders which should be processed prior to this vacation closedown, please discuss this with us in advance.
We are your
CAROBA® Balancer / UMS / Soft
Under the brand name CAROBA® you will find complete balancing machines and systems developed by ourselves, measuring systems for unbalance measurement and software programmed by us for balancing and vibration analysis.
All components are compatible with each other and allow a flexible adaptation to your balancing task. Our balancing systems achieve residual unbalances better than 0.001 gmm.