Compressor station provides (in automatic mode) the required pressure and the planned flow of medical compressed air, in a quality complied with European Directives as well as other standards valid worldwide. They are stationary units available in several options, e.g. oilfree - oil, spiral - piston, differing each other by cooling substance, type of drive, etc. Standard compressor stations are supplied with an output of 2.2 to 608 Nm3/hour.
Medical gas source stations
Medical gas sources delivered by our company ensure a troublefree supply of medical gases into the distribution system thanks to their top quality. Our proffesional approach in deliveries and service activities assures distinctively easier operating these facilities than it used to be in the past. All sources supplied by MZ Liberec, a.s. meet the most demanding requirements of legal regulations and specialised working places.
It provides (in automatic mode) the required suction and the planned flow of medical vacuum for needs of vacuum suction. A very important part is treatment and cleaning of contamined exhaust air. Therefore, it is necessary to equip each vacuum station in automatic mode with perfect antibacterial filter and dirt rrester.Standard range of vacuum stations with capacities from 6.4 to 632 Nm3/hour is supplied.
Cylinder solution is the oldest, the most proven and also the cheapest nvestment method how to arrange the medical gas supply. However its great disadvantage consists in a difficult handling with heavy cylinders and in a costly maintenance. We supply cylinder sources with automatic, semi-automatic and manual switches. The designed flow is to 300 m3/hr.
Oxygen concentrator is based on the use of molecular sieves being able to eparate nitrogen from oxygen because of different size of molecules. This equipment is able to produce oxygen-enriched air with 93-95% oxygen. This gas may replace medical oxygen in case all required features are observed. Oxygen concentrator is available in six different volumes with a production capacity from 3 to 48 Nm3/hr 02.