• Oil-free and safe
• Amazingly economical
• Technologically sophisticated
• Heat recovery for every size

- Optimally placed intake filter: The principle of pre separation and subsequent fine separation of the intake air ensures optimal cleaning of the intake air and minimum wear at the airend in all SO models. The intake filter – mounted at the coolest point – guarantees high delivery rates and low specific power.

- Powerful drive motor: In the interest of maximum efficiency, only highly efficient motors are used – optionally with an automatic, demand-controlled relubrication device. To further reduce energy consumption, all drives can be equipped with frequency converters.

- Effective sound insulation: How to achieve an effective reduction of the sound level? Through the consistent use of special sound insulation material with a higher degree of sound adsorption in the relevant octave bands.

- Tried and tested airend: Developed in Germany, the BOGE airend impresses with high-quality, generously dimensioned bearings, the smallest possible tolerances and effective sealing between the oil system and compression chamber. Everything for absolutely oil-free compressed air and high delivery rates with the lowest specific power.

- Optional heat recovery: The amazing thing about the BOGE heat recovery solution: 94% of the supplied energy can be used for the heating system, as service water or as heat for industrial processes. This not only saves energy but also cash and applies to all water-cooled compressors.

- Consistent vibration decoupling: The vibration decoupling and the low-stress design of the compressor and cooling sections as well as other components not only results in a further reduction of pulsation vibrations and the sound level: it also guarantees less wear and a longer service life of the components.

- Low-maintenance cooling concept: In the interest of a long service life, the coolers have been oversized and are constructed from high quality materials. To ensure that the hot compressed air is cooled to a constant low temperature, the cooling system has been designed to ensure constant water velocity through the pipe work, resulting in less contamination and thus improved efficiency.