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BOGE High Speed Turbo.

Setting a new benchmark for oil-free compressed air.

BOGE introduces the next advancement in oil-free compressed air. This is more than a small step in a record of pioneering accomplishments that spans more than 100 years; the High-Speed Turbo technology is the successful completion of a quantum leap. By radically reducing the number of components (the compressors have shrunk to half the size and a third of the weight) while simultaneously using a unique design principle that guarantees low-wear operation, a significant improvement in efficiency has been achieved.
  • Superior drive concept
  • Very high energy density
  • Absolutely no oil or lubricant required
  • Extremely small footprint
  • Minimum maintenance and running costs
  • Long service life
  • Substantial noise reduction

The driving force for fundamental change.

The Design Principle
The permanent magnet motor does not require any gears in order to reach the high motor speeds achieved. And since the motor shaft is supported by air alone, oil is not needed anywhere in the system. A high-quality titanium impeller sits at both ends of the motor shaft and works in combination with the diffuser and the spiral casing to generate compressed air. Considered design has resulted in a cooling concept that ensures the air is effectively cooled after each of the three compression stages, while the integrated frequency convertors allow the volumetric flow to be adjusted seamlessly to the compressed air demand.
When there is no oil, then none can escape. Our new High Speed Turbo Compressors are designed so that the entire drive mechanism operates without any lubricants at all; giving you total confidence that your compressed air is 100% oil-free. A permanent magnet motor and the unique air-supported motor shaft ensure dependable low-maintenance operation with minimal energy use.
This means that HST technology from BOGE is not just unique in terms of its drive technology, it also sets new standards in minimising footprint, weight and noise emissions.