Two in one: the successful concept of DRYPOINT® M PLUS

The most important objective in compressed-air processing is to remove contaminations and humidity from the compressed air. The condensation of water in compressed air systems causes corrosion, promotes the growth of micro-organisms and represents a permanent danger to the operating procedure. Compressed air with a high content of humidity can lead, for example, to a breakdown of the pneumatic controls, to increased wear and tear or to other failures in the production process.

High performance demands
The demands on the degree of drying (pressure dew point) vary depending on the application. However, they should always be met with the lowest possible use of energy. In addition, the dry
compressed air must be immediately available. The precondition for this is a finely graded range of products and the know-how of the manufacturer regarding the performance characteristics of the dryers under widely differing operating conditions.

The solution:
DRYPOINT® M PLUS made by BEKO TECHNOLOGIES.
Demand-oriented and energy-efficient DRYPOINT® M PLUS membrane dryer with an integrated nanofilter is the innovative solution for efficient filtration and drying in one housing. It offers reliable compressed-air drying with low purge air demands, requires no electric energy and
contains no environmentally harmful desiccants. The integrated nanofilter increases the quality of the dried compressed air and the reliability and long-term stability of the highly selective hollow-fibre membranes. The high-capacity DRYPOINT® M PLUS is even suitable for the processing of breathing air.

Drying and filtering in new dimensions
With the integration of a compressed-air filter and a membrane
dryer in one housing, the DRYPOINT® M PLUS offers highest safety and flexibility to the user. Thanks to its compact construction type, the device is suitable for use with widely differing space requirements. The performance of the membrane dryer made by BEKO TECHNOLOGIES with its wide drying spectrum makes it attractive for versatile tasks. In extensive compressed air systems with central processing, DRYPOINT® M PLUS can also be employed where additional compressed-air processing is required as a result of demanding plant technology, for example for point-ofuse drying at decentralised supply points. With the corresponding prefiltration, the employment directly downstream of oil-lubricated compressors is also possible. DRYPOINT® M PLUS is particularly easy to maintain and needs no electric energy.