Manifolds, medical air, vacuum, PSA oxygen and LOX from one manufacturer.
TEC51.19 The automatic medical gas manifold system is the cylinder-fed source of a hospital pipeline, supplying oxygen, nitrous oxide, nitrogen, carbon dioxide, medical air and mix gas. Two regulation stages drop cylinder pressure to a stable 4-5 bar line pressure, while duty and reserve banks change over automatically and a digital alarm unit reports line pressure and cylinder content.
TEC51.20 The Tecnomed medical air plant produces the sterile compressed air a hospital needs for ventilation and surgical use. Three screw compressors, compressed air tanks, refrigerated and desiccant dryers, four-stage filtration and a medical air regulator panel work together to deliver dry, oil-free, odour-free air at the pressure required by intensive care and operating theatres.
TEC51.21 The technical medical air plant is Tecnomed's economical alternative for facilities with a smaller bed count. A single screw compressor mounted over a horizontal receiver, with its own dryer, filter set and 4-7 bar regulator group, produces sterile air to medical standards in a compact footprint, and can be doubled as a redundant tank-over system or backed up with cylinders.
TEC51.22 The Tecnomed medical vacuum plant is the central suction source for patient rooms, intensive care units and operating theatres. Three vacuum pumps connected in parallel are run at equal time intervals by an equal-aging PLC control panel, negative pressure is stored in twin tanks and the line is protected by a double bacteria filter set before it reaches the wards.
TEC51.23 The rack system medical vacuum plant packs three vacuum pumps into a modular cabinet so a full triplex suction source fits into a narrow plant room. It ships as a ready-to-use assembly complete with bacteria line filters, vacuum tank and PLC control panel, and its open shelves keep every pump accessible for maintenance.
TEC51.24 The tank-over medical vacuum plant mounts two oil-type vacuum pumps directly on a horizontal receiver, producing a complete suction source with almost no floor area and very little height. Each suction outlet is connected to the tank through a check valve, and the plant is fully automatic with bacteria line filters and a PLC control panel.
TEC51.25 Tecnomed medical vacuum pumps are oily rotating pallet machines designed specifically for hospital suction systems, covering 25 to 305 m³/h at 50 Hz with a vacuum efficiency of 2 mbar. They run continuously, are air cooled and carry purifying exhaust filters, and are backed by general and preventive maintenance kits on a defined service interval.
TEC51.26 These are the three components that turn vacuum pumps into a complete medical vacuum plant. Galvanized steel vacuum tanks of 500 to 2000 litres store the negative pressure, bacteria filter groups protect the line down to 30 microns with a by-pass and scum collection jar, and the PLC control panel runs the pumps with soft start and equal aging.
TEC51.29 The anaesthetic gas scavenging system removes the anaesthetic gas mixture discharged from AGSS sockets in operating theatres, protecting theatre staff from waste gas exposure. Single and double blower versions are assembled on a chassis with a control panel, and the oil-free, air-cooled blowers deliver high efficiency under continuous working conditions.
TEC51.30 A PSA oxygen generator system lets a hospital produce its own oxygen instead of depending on deliveries. Each Tecnomed station combines oxygen generators, screw compressors, air and oxygen tanks, dryers and filtration, with capacity options from 3 m³/h to 150 m³/h and the option of a complete containerised assembly with a cylinder filling system.
TEC51.31 Liquid oxygen tanks are the highest-capacity oxygen source a hospital can install. Tecnomed LOX tanks are cryogenic double-vessel stock tanks certified by Turk Loydu, built to EN 13458-2 and the 2014/68/EU Pressure Equipment Directive, with standard volumes from 3 m³ to 30 m³ and matched evaporator and liquid converter capacities.
TEC51.32 An ambient air evaporator is the component that turns liquid oxygen back into usable gas. Coupled with the LOX tank, it uses heat drawn from the surrounding air to vaporize the cryogenic liquid passing through it, and is built from 5000 or 6000 series aluminium finned pipes, aluminium pipes and aluminium box profiles suitable for cryogenic service.
TEC51.33 The liquid oxygen converter unit is the last stage between a LOX tank and the hospital pipeline. After the evaporators, line pressure stands at 15 bar; this unit adjusts it into the 4-5 bar range before the gas enters the hospital. It carries oxygen compatible high flow regulators, a backup system and integration to the cylinder manifold.
A medical gas plant is the source end of a hospital pipeline system: the equipment that produces, stores and regulates oxygen, nitrous oxide, medical air, nitrogen, carbon dioxide, mix gas and medical vacuum before they reach the wards. Tecnomed designs and manufactures complete plant rooms for hospitals, day surgery centres, laboratories and field facilities, working to EN ISO 7396-1, HTM 02-01, ISO 13485 and MDD 93/42/EEC (CE).
The TEC51 range covers every source a hospital can need. Automatic cylinder manifold supply units in Deluxe, Vexillum and Junior configurations feed the pipeline from cylinders or bundles. Duplex and triplex screw-compressor medical air plants, triplex, rack and tank-over vacuum plants, rotary vane vacuum pumps, vacuum tanks, bacteria filter groups and PLC control panels complete the air and suction side. For oxygen independence there are PSA oxygen generator stations from 3 m³/h to 150 m³/h, cryogenic LOX tanks from 3 m³ to 30 m³, ambient air evaporators and liquid oxygen converter units, plus anaesthetic gas scavenging systems.
Tecnomed is a manufacturer, not a reseller. Plants are engineered around the bed count, gas demand and plant room dimensions of each project, so capacities, redundancy levels and control philosophies can be adjusted rather than forced into a catalogue box. Every unit is function-tested before shipment, all alarm and PLC data can be carried to a central monitoring system, and the company supports installations across 45+ countries with commissioning, spare parts and maintenance kits.
The TEC51 range covers oxygen, nitrous oxide, nitrogen, nitrogen oxide, carbon dioxide, medical air 4 bar and mix gas from cylinder manifold supply units. Medical air is produced on site by screw-compressor plants, medical vacuum by rotary vane pump plants, and oxygen either from PSA generators or from cryogenic liquid oxygen tanks.
It depends on bed count, oxygen demand and the reliability of local cylinder logistics. Cylinder manifolds suit smaller facilities and are always used as the emergency or reserve source. PSA generators from 3 to 150 m³/h make the hospital independent of deliveries. LOX tanks of 3 to 30 m³ are the usual primary source for large hospitals. The three are often combined, with a manifold as redundant backup.
Manifold supply units, vacuum plants and liquid oxygen converter units are produced in accordance with EN ISO 7396-1, HTM 02-01, MDD 93/42/EEC and ISO 13485. Medical air plants additionally follow ISO 7391-1, ISO 7396-2 and HTM 2022, vacuum plants HTM 2021, compressed air tanks BS EN 286-1:1998+A2:2005, and cryogenic tanks EN 13458-2 with the 2014/68/EU Pressure Equipment Directive.
Yes. Manifold alarm control units and vacuum PLC panels carry line pressure, cylinder occupancy and pump status signals, and the automatic manifold supply unit can transmit all data to central monitoring systems. Overseer alarm units can be installed in technical rooms or nurse areas at a distance from the plant.
Yes. Capacities, number of compressors or pumps, tank volumes, filtration and control options are selected against the bed count and flow calculation of the project. System capacities and components may differ according to the project, and containerised ready-to-run assemblies are available where no plant room exists.
Tecnomed manufactures in İkitelli OSB, Istanbul, Türkiye and exports to more than 45 countries across the Middle East, Africa, Central Asia, Eastern Europe and South Asia. Projects are supported with technical documentation, commissioning assistance, spare parts and maintenance kits.
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