Technology

BOGE unites outstanding quality with innovative technologies in the development of its compressed air products. Technological progress, high efficiency and durability are the core characteristics of our air compressors, and lead to more efficient compressed air solutions. That’s what we at BOGE call "innovative quality". In addition to this, we are driven by your particular needs and requirements.

Modern oxygen production with BOGE: flexible and demand-dependent

Image Of BOGE Compressors Oxygen

With BOGE, produce your own pure oxygen and become independent of external suppliers.

Maximum efficiency: our pressure swing adsorption process produces oxygen with optimum efficiency.

These high quality features characterise our oxygen generators:

  •  Purity: The produced oxygen has a stable purity of between 90 and 95 percent
  •  Flexibility: Delivery quantity of 2.49 to 46.8 Nm³/h and adjustable oxygen purity
  •  Risk-free: Storage in high-pressure vessels is no longer necessary
  •  Economical: There are no losses through evaporation and, due to our high quality components, little maintenance is required

Oil-free piston compressors with the PO Series

Image Of BOGE Compressors Air Compressor Product

The new oil-free PO Series piston compressors are characterised by minimum wear, optimum accessibility and an extremely compact design.

Our PO Series combines durability with  high-performance. With this Series we have developed highly efficient, low-maintenance and compact air compressors with a low noise level. Due to its modular design concept, diverse and targeted results can be achieved.

 

Completely oil-free compressed air

Sensitive industries and areas where oil-free compressed air is essential will benefit from our continued efforts to optimise even the smallest of details in our oil-free compressed air systems. In our PO Series, the complete absence of refrigerant throughout the system enables entirely oil-free compressed air production. The alternative to the refrigerant? Specially coated pistons and piston rings, with specially designed cylinder liners and hermetically-sealed bearings.

 

Other advantages of the PO Series are:

  •  The narrow and compact lightweight design offers multiple applications
  •  The light and enclosed cooling air-flow hood made of heat resistant ABS plastic contributes to improved safety at work. It fully complies with EN 1012-1 "Safety Requirements for Compressors"
  •  Due to a design that is focused on low wear, the compressors are virtually maintenance-free. For example, we have minimised the low piston speed to 3 m/sec vibration – thereby lowering temperature and wear. The piston and cylinder benefit from this development and have a longer life cycle
  •  The PO Series meets the requirements of the RoHS Directive (2002/95/EC) *

* RoHS = Restriction of (the use of certain) Hazardous Substances

 

28 different air compressors for individual requirements

A total of 28 different variants within the PO Series are available. Four examples are:

  •  PO 8 L: "PO" stands for "Piston Oil-free" and "L" for "Line". This is, with this base unit, an oil-free, direct-coupled piston compressor with an engine output of 8hp
  •  PO 8 LR: This compressor has a separate storage container for the compressed air (R = Receiver)
  •  PO 8 LDR: This is an oil-free piston compressor in combination with a compressed air tank and a dryer (D in this case stands for Dryer)
  •  PO 8 LTR: This compressor is a twin system (T = Twin) with a separate container

 

Variants of the PO series in different industries

Typical industries where our oil-free piston compressors are used:

  •  The medical and pharmaceutical industries, which have relied on BOGE quality compressed air for many years
  •  Craft and paint shops, where compressed air must meet the highest quality standards and be absolutely free of oil
  •  The food industry, for example when precisely matched amounts of compressed air are required for filling processes
  •  In water treatment, where oil-free compressed air is used, for example, during the aeration or "bubbling" of air to support bacteria growth

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