EI-30 Turbo Balancing Machine is ideal for very-high speed turbocharger assemblies and light-weight rotors. Also, the low inertia of the soft bearing suspensions reduces resistance to vibration and increases sensitivity & accuracy of the balancing process.
The digital system provides easy and reliable functions for the balancing process. Additionally, its intuitive interface provides fast balancing process capabilities.
Thanks to its very intuitive Balancing Calculator, you won’t need to do difficult calculations anymore.
The ultra-light Soft Bearing Suspensions (SBS) are designed to allow low-speed balancings on high-speed & light-weight rotors. Furthermore, SBS minimize inertia and mechanical losses thanks to its aluminum components.
EI-30 Turbo Balancing Machine incorporates 2 suspensions that support up to 30kg (15kg each). Even more, the SBS mechanism significantly improves balancing results with the highest precision on any compatible rotor.
With this system, all balancing are performed between 1000 and 5000 RPM because the mechanics allow the rotor to spin around its gravity center instead of its geometric center.
DigivibeMX® M10 is an easy-to-use Balancing Software kit1 that fits perfectly with the EI-30 Balancing Machine. Therefore you can perform accurate 2-plane balancings in just 2 runs.
EI-30 Turbo Balancing Machine requires to input only the basic dimensions like weight, length and radius. Then, you choose the quality grade you need to achieve the best work.
All the parts are individually replaceable. Additionally, the principal elements are waterproof and shock resistant.
If you ever need to do measurements on site, you can pack the electronic parts and go onsite. It’s 100% portable!
It has never being so easy to balance any kind of rotor!
Because work never ends, we know that you will surely need to balance other types of parts. That is why the EI-30 Turbo Balancing Machine also balances pulleys, small crankshafts, motor armors and all kinds of rotors that you can mount.
You can always adapt the roller supports of the machine so rotors with specific dimensions can be mounted. Above all, use the axial and negativo load supports to secure the rotor.