BeaconMedaes has been the leading specialist in the design, supply and installation of medical air systems for over 70 years. The BeaconMedæs Medical Air Systems are designed in accordance with HTM 02-01, ISO 7396-1 and surpass European Pharmacopoeia standards.
BeaconMedæs Medical Air Systems are composed of modular blocks, enabling you to select up to six compressors and match the volumetric medical air flow with the purification package of your choice.
The ZT MED Oil Free Tooth compressors are highly efficient at large flows and when combined with variable speed drive technology bring great energy efficiency too.Downstream pressures range from 4 to 10 bar as standard, with options including additional sensors for monitoring of contaminants in the medical air supply
The system design is modular providing maximum flexibility for easy on-site installation. Medical air systems are designed and manufactured according to the ISO 13485 quality management system and are CE certified in accordance with MDD 93/42/EEC.
Our Oil-free rotary tooth compressors offer high energy efficiency at large flow rates while meeting your needs for oil-free compressed air. Specifically modified to be part of a medical air system, they provide the highest levels of reliability. For those who look for even lower energy consumption, the ZT-MED tooth compressors are also available with Variable Speed Drive.
In combination with our dMED medical air purification module, oil-free tooth air systems deliver medical air in compliance to the European Pharmacopoeia. The dMED comes pre-piped and wired in a fully duplexed package. It has a six-step purification process with a Hopcalite option that provides European Pharmacopeia compliant medical air supply.
It is designed and manufactured according to the ISO 13485 Quality Management System. The purifiers comply with HTM 02-01/HTM 20-22 and are CE certified in accordance with the Medical Device Directive MDD 93/42/EEC.This pre-certification simplifies the organisation and inspection by regulatory bodies, saving the hospital time and money and reducing the risk of a rework of the system to satisfy requirements.
Click on the ◉ to view documents.