- Kaysehir , istanbul , Turkey
- info@puresaf.com
- 24/7 Customer Support
01 Medical Gas Plant
Medical gas plants are used in hospitals and other healthcare facilities to produce medical
gases such as oxygen, nitrous oxide, vacuum and medical air and make them suitable for
distribution. Medical gas plants which vary such as cylinder gas plants, medical air and
medical vacuum are produced as backed up according to medical standards.
02 Patient Bed Head Units
Bed Head Units are designed to provide integrated solutions which contains medical gas
service and electricity in patient room to help patient as well as nurse. It provides illumination
in the room with the lower reading lighting and the upper night lighting on the unit. With its
stylish design, it provides a comfortable appearance to patient rooms.
Pendants are designed to provide single point service for medical gas, electricity and
equipment positioning nearby the patient. Pendants are movable units that allow doctors and
hospital staff to easily access gas, electricity services and medical equipment i
rooms and intensive care units
They are zone control units produced according to medical standardsin order to separate
the gas line in each separate service and department in hospitals, to cut the gas in case of
emergency, to provide information with alarms at high pressure and low pressure levels, and
to intervene in case of breakdowns
Medical Gas sockets are the terminal units installed at the final delivery points in the medical
gas pipeline system. Gas outlets are produced in different standards for each gas. The main
purpose of the gas outlets is to allow the passage of gas if desired.
They are auxliary products used for medical purposes in intensive care services, operating
rooms and patient rooms. They are used to meet requirements of imaging equipment
stands, vacuum system equipment, serum and other medical drugs.
They are system components that patients use to call the nurse in emergency situations.
These systems are produced to transmit emergency call with its all system components such
as bed head unit button, door warning lamps, emergency code and blue code systems.
These are the systems that are used for suppling the gases from gas cylinders (Oxygen, Nitrogen Protoxide, Nitrogen Carbon Dioxide) needed in hospitals and health care facilities.
Central gas cylinder supply units are the most important part of hospital medical gas systems. By regulating the high pressure coming from the cylinders, it ensures that the pressure is reduced to the value that should be sent to the pipeline. The automatic medical gas supply unit reduces the incoming high pressure to 8-10 bar pressure, thanks to the first stage regulators. Then, the second stage regulators regulate the reduced pressure again and bring it to the desired final pressure value. The oxygen supply unit is fed by manifolds where the cylinders are attached. Low pressure and high pressure sensors on the unit are connected to the digital alarm panel. An emergency alarm is activated when there is a possible low or high pressure on the system. The medical gas output pressure value and the cylinder remaining capacity can be monitored visually on the digital alarm panel screen.
• Automatic gas supply
without interruption
• Providing high-capacity gas
flow
• Simple setup and ease of
use
• By-pass Line
• Visual and Sensory Alarm
Automatic medical gas manifold supply unit is produced in accordance with HTM 02-01, MDD 93/42/
EEC, EN ISO 7396-1 and ISO 13485 standards.
The system can be fed by cylinders or cylinder bundles. It can be integrated to liquid oxygen tanks or
oxygen generator stations.
Automatic Medical Gas Manifold Supply Unit can transmit all data to the central monitoring
systems thanks to the alarm unit. There are 3 different language options and adjustable lower pressure
value and upper pressure value alarm limits
It is used for transmitting the high pressure gas coming from the cylinder to the collectors. Thanks to its durable structure, it provides a long-lasting life to the user. Flexible Copper Connection pipes are tested under 400 bar pressure.
Medical Flexible Copper Pipe
Inlet Size: 3/4”-1/2”
Outlet Size: 3/8”-5/8”-3/4”-1/2”-Bullnose Working Pressure: 250 bar
Length : 1200mm
Technical Specifications
Galvanized Base
Oxygen Valves
(Made of Cast Brass) Output Connection Size 3⁄4”
The manifold ramp is specially produced to pass the oxygen coming from the cylinders or the cylinder bundles. The pipes used in the collector distribution are made of medical copper pipes with suitable wall thickness to allow transition to high capacity oxygen flow. Thus, a smooth flow is provided even at the highest amount of flow
It is durable hoses used for transmitting the high pressure gas coming from the cylinders or cylinder bundles to the collectors. Flexible high pressure hoses are more preferred in long distance connections because of being more ergonomic.
Double Wound Stainless Steel Hose
Input Size: 3⁄4”
Steel Safety Rope with Stainless Clamp Brass raw material connection union and nuts Optional length
Totally flexible
Working Pressure: 300 bar
Test Pressure: 500 bar
It is durable hoses used for transmitting the high pressure gas coming from the cylinders or cylinder bundles to the collectors. Flexible high pressure hoses are more preferred in long distance connections because of being more ergonomic.
It is durable hoses used for transmitting the high pressure gas coming from the cylinders or cylinder bundles to the collectors. Flexible high pressure hoses are more preferred in long distance connections because of being more ergonomic.
This plant provides the production of sterile air needed in hospitals.
Medical air facility; It consists of screw air compressors, compressed air tanks, chemical and physical air dryers, compressed air filters and medical air regulator panel. The working principle of the system starts with the delivery of compressed air from screw compressors to the pipeline. Compressed air coming out of the compressors varies between 7 and 10 bar, depending on the compressor pressure. The compressed air is then filled into the tanks and the compressed air passing through the tanks is dehumidified by air dryers. After this stage, the dried compressed air is sterilized by passing through particle trap, oil trap and active carbon filters. Compressed air reaches appropriate standards to meet medical requirements upon completion of adequate sterilizatiion processes. With the help of the regulator, line pressure is reduced to the desired pressure level and sent to the medical air system. Medical Air Plants are designed and manufactured according to ISO 13485 standard ISO 13485.
They are system components that provide the production of sterile air needed in hospi- tals.
alternative medical air plant options are systems used for more economical medical air production. These systems can be desig- ned as two redundant tank-over
system and back-up with cylinders or emer- gency feeding. It provides more economical opportunities to its customers by providing medical standards. It can be preferred iin hospitals, laboratories and medical areas with a small number of beds. Medical Air Plants are designed and manufactured according to ISO 13485 Quality Management.
These are the machines used to obtain compressed air in the Medical Air Plant.
Screw air compressors working with the belt and pulley system, with the help of the separator filters, separate the air mixed with the oil passing through the screw group from the oil and send it to the radiator inlet. Oil-free compressed air is cooled in the radiator and given to the compressor outlet line.
• Long-lasting and durable internal structure • PLC Control Screen
• Belt-Pulley System
• Quiet and efficient
• Ease of periodic maintenance
Compressed air tanks are cylindrical structures that store compressed air in the system.
Compressed air tanks are produced in volumes of 250 liters, 500 liters, 1000 liters or 2000 liters, horizontally or vertically.
It is produced according to BS EN 286-1:1998+A2:2005 standards.
• Automatic Evacuation System • Condenser Drain System
It enables the compressed air in the medical air plant to be sterilized and converted into medical air.
It is placed after the dryer. The dehumidified air coming out of the dryer enters the general purpose element and the first filtration process is performed. Afterwards, it is purified again from the oiil particles and droplets remaining inside by passing through the oil trap precision filter. Afterwards, it passes through the activated carbon filter and the odor of oil and hydrocarbon derivatives gases are removed. Finally, the final filtration process is completed by passing through the particle trap filter element. It becomes compliant with medical air standards.
General Purpose Filter> Oil Trap Filter> Activated Carbon Filter> Particle Trap Filter
Technicial Specifications
• Aluminum Alloy
• 20 bar maximum working pressure
It is used to dry the moisture in the compressed air in the medical air plant. Compressed air dryers are divided into two as refrigerated type and chemical type.
• PLC Control Screen
• Silencer Filters
• Redundant Tower System • Easy setup
It is the last component in the medical air plant. The
medical air regulator group stabilizes the pressure at the
desired value and ensures its low. 7-8 bar pressure range
is preferred for surgical air, 4-5 bar pressure range is
preferred for respiration in intensive care and operating
rooms.
Compressed air tanks are cylindrical structures that store compressed air in the system.
Compressed air tanks are produced in volumes of 250 liters, 500 liters, 1000 liters or 2000 liters, horizontally or vertically.
It is produced according to BS EN 286-1:1998+A2:2005 standards.
• Automatic Evacuation System • Condenser Drain System
The medical vacuum unit is the main center of the suction system used in patient rooms, intensive care
services and during medical operations. Vacuum pumps connected in parallel with each other provide
suction by controlling each of them at equal time and intervals thanks to the same aging control panel. The
negative pressure filled into the vacuum tanks is then passed through the bacteria line filters. By means of
the PLC control panel, the active or passive status of each pump can be monitored.
Medical Vacuum Plants are designed and manufactured according to HTM 02-01, HTM 2021.
The system complies with MDD 93/42 / EEC and EN-ISO 7396-1 standards.
• Designed as a ready to use for the medical vacuum
system.
• Thanks to its modular design, it provides an
advantage in narrow spaces.
• It is designed in connection with bacteria line filters
and PLC Control Panel.
• Thanks to its compact structure, it provides ease of
installation to the user.
• Open shelves provide easy access for maintenance
• Designed as a ready to use for the medical vacuum
system.
• Thanks to its modular design, it provides an
advantage in narrow spaces.
• It is designed in connection with bacteria line filters
and PLC Control Panel.
• Thanks to its compact structure, it provides ease of
installation to the user.
• Open shelves provide easy access for maintenance
• Designed as a ready to use for the medical vacuum
system.
• Thanks to its modular design, it provides an
advantage in narrow spaces.
• It is designed in connection with bacteria line filters
and PLC Control Panel.
• Thanks to its compact structure, it provides ease of
installation to the user.
• Open shelves provide easy access for maintenance
It needs to be done every 3000 hours or once every 6 months.
Oil change
• Oil Filter replacement
• Air Filter replacement
• Exhaust Filters replacement
• General inspection and cleaning
It is recommended to do it every 12.000 Hours or once every 2
years.
• Replacement of Bearings
• Cover Gaskets Replacement
• Change of bearings
• Change of sealings.
• Change of pallets
• Coupling Change
*Vertical or horizontal options
*Designed for use in medical vacuum centers.
*Produced from galvanized steel in thicknesses in
accordance with standards.
*Safety cover and three-legged solid body carriers
*500 Lt, 1000 Lt and 1500 Lt. capacity options
• It is produced in accordance with the medical vacuum
center capacities.
• By-pass line and inlet-outlet valves
• Scum Collection Jar
• Optional Clog Indicator
• Bacterial filtration up to 30 microns
• It has been produced fully automatic and functionally in
order to operate the medical vacuum plant.
• By the help of its equal aging feature, it ensures the long
life of the pumps.
• Provides a soft start and prevents the wear of the
pumps.
It is designed to remove the anesthetic gas mixture discharged
from AGSS sockets.
Single and double blower versions are available. The system is
assembled on a chassis with a control panel.
Blowers are oil-free and air-cooled. They provide high
efficiency against continuous working conditions.
AGSS systems are manufactured in accordance with MDD
93/42/EEC and HTM 02-01 standards
It ensures oxygen production in hospitals and medical centers where oxygen is needed. It consists of
oxygen generators, compressors, tanks, dryers and filtration equipment. Oxygen generators are designed
according to hospital oxygen capacity needs. There are capacity options between 3 m³/h -150 m³/h.
Generally, it is combined with hospital cylinder gas supply units as redundant
Optional features
Stainless Steel Tanks
• Backup Compressors and Dryers
• Activated Carbon Tower
• Automatic Drain Systems
• Compact ready container assembly
• Filling System
Liquid oxygen tanks are manufactured in accordance with
international standards for cryogenic liquid storage. Lox tanks
are certified by Turk Loydu organization. The capacities of liquid
tanks used in hospitals are generally varies between 3,000
Lt.-25,000 Lt.
Each cryogenic stock tank consists of two vessels that are inner
and outter. The tank containing the liquid oxygen is made of
stainless steel. In order to provide heat insulation between the
two tanks, perlite is filled and vacuum is created.
Lox tanks are specially designed and manufactured. They are
designed and manufactured in accordance with EN 13458-2
standard and 2014/68/EU Pressure Equipment Directive.
Evaporators, are coupled with liquid oxygen tanks (LOX) and they are equipment that enable liquefied
gases to evaporate and become usable gases. Briefly, its working principle is used for evaporating the
cryogenic liquid passing through it, thanks to the heat it receives from the atmosphere. Evaporators
(Vaporizers) are produced from 5000 or 6000 series aluminum finned pipes, aluminum pipes and
aluminum box profiles suitable for cryogenic use
The liquid oxygen coming from the liquid oxygen tank is
converted into gas with the help of evaporators. The line
pressure is 15 bar at the end of the evaporators. It is the unit
used for adjusting the pressure in the 4-5 bar range before
entering the hospital at the last stage.
Liquid oxygen conversion unit is produced in accordance
with HTM 02-01, MDD 93/42/EEC, EN ISO 7396-1 and ISO
13485 standards
Features
• Backup System
• Oxygen compatible High Flow Regulators
• Integration to Cylinder Manifold System
Vexillum Bed Head Units are designed to provide comfort to users with their simple design and ergonomic
structure. All The Bed Head Units are produced in accordance with EN 11197 standards. Each unit can be
produced in different size, color and features according to customer needs
Bed Head Units are the units with Medical gas services, nurse call system solutions and lighting services
placed in patient rooms. These are specially designed to offer comfort to patients with their new technology
and optional design features.
• Electrical Sockets (Mains) 2 Pieces DIN-UK-USA
• Electrical Sockets (UPS) 1 Piece DIN-UK-USA
• Data Socket
• Bottom Reading Lighting – 1 Piece Led
• Upper Room Lighting – 1 Led
• Double Switch Group
• Nurse Call Provision (Optional)
• Medical Gas Outlets – DIN-BS-AF
• Grounding Points
• Front Cover Design Options
• Antibacterial paint in RAL colors
• Optional length
Twin Bead Head Units can accommodate more medical gas services and electrical services with their wide
body structure. With its double aluminum body channel and side composite lighting channels, it provides a
good view for wide walls. It provides passage through separate channels for all gas and electricity services.
All The Bead Head Units are manufactured in accordance with EN 11197 standards. Each unit can be
produced in different sizes, colors and features according to customer needs.
Electrical Sockets (Mains) 4 Pieces DIN-UK-USA
• Electrical Sockets (UPS) 2 Pieces DIN-UK-USA
• 2 Grounding Points
• Data Socket 1 Piece
• Bottom Reading Lighting – 2 Pieces Led
• Upper Room Lighting – 2 Pieces Led
• Double Switch Group
• Medical Gas Outlets – DIN-BS-AF
Electrical Sockets (Mains) 4 Pieces DIN-UK-USA
• Electrical Sockets (UPS) 2 Pieces DIN-UK-USA
• 2 Grounding Points
• Data Socket 1 Piece
• Bottom Reading Lighting – 2 Pieces Led
• Upper Room Lighting – 2 Pieces Led
• Double Switch Group
• Medical Gas Outlets – DIN-BS-AF
Unique Series Bed Head Units
We offer opportunities to recreate the patient room for you with its highly talented designers and
engineers. This product is specially produced for each customer and hospital. All designs and
productions are made specifically for the hospital. This wall system, prepared for your VIP rooms, offers
you a privilege by hiding medical gas services, lighting and electrical services in a superior and luxuary
structure.
ive Bed Head Units are designed to combine technology and lustre to offer the most perfect experience to users. Each unit is produced in different sizes according to customer needs, with optional comfort feature and visual designs, completely according to the wishes of the customers. Bed Head Units are
manufactured in accordance with EN 11197 standards.
• Double Color Option Bottom Reading Lighting – 2 Leds
• Upper Room Lighting with Double Color Options – 2 Leds
• Touch Control Panel
• Control Hand Remote
• Lighting Adjustment (Dimmer)
• Visual Lighting with Diffuser
• Special Cover Designs According to Hospital Company Colors
• Unit Cover UV Printer Printouts.
• Special Designs for Pediatric Services
• Illuminated front cover
Intensive Care Units are functional units on which the equipment used during the intervention to the
patients are mounted, on which medical gas sockets and electrical services are located. Intensive Care
Units are manufactured in accordance with EN 11197 standards.
Intensive Care Units
• Electrical Sockets (Mains) 6 Pieces DIN-UK-USA
• Electrical Sockets (UPS) 6 Pieces DIN-UK-USA
• 4 Grounding Points
• Data Socket 1 Piece
• Nurse Call Provision (Optional)
• Medical Gas Outlets – DIN-BS-AF
Intensive Care Units are specially produced to offer options according to the design of intensive care
services.
Vexillum is one of the indispensable units of intensive care services with all its standard features.
Flash intensive care units are designed for 1st level intensive care and private intensive care rooms in more
special rooms
The Trio intensive care unit is offered to users in services where more electrical services are needed and
with a 30×10 mm rail service that can accommodate all accessories to cover wide walls.
Visual designs of all intensive care units are reserved. It is designed specifically for the customer and
hospital project
Trigon Intensive Care Units, with their triangle-like structure, are designed to serve two patients at the
same time in intensive care units. There is lighting in the middle of the unit that extends from the floor to
the ceiling. It is designed to provide easiness to healthcare workers with its wide structure and ergonomic
design. Intensive Care Units are manufactured in accordance with EN 11197 standards.
• Electrical Sockets (Mains) 16
Pieces DIN-UK-USA
• Electrical Sockets (UPS) 16
Pieces DIN-UK-USA
• Grounding Point 8 Pieces
• Data Sockets 2 Pieces
• Middle Lighting 2 LEDs
• Double Switch Group
• Nurse Call Provision
(Optional)
• Medical Gas Sockets –
DIN-BS-AF (Optional)
Vertical Intensive Care Units are
designed as a floor-to-ceiling unit used
in intensive care services that do not
have wall-mounted facility or to provide
easier access to utilities.
Intensive Care Units are manufactured in
accordance with EN 11197 standards.
• Electrical Sockets (Mains) 16 Pieces DIN-UK-USA
• Electrical Sockets (UPS) 16 Pieces DIN-UK-USA
• Grounding Point 8 Pieces
• Data Sockets 2 Pieces
• Middle Lighting 2 LEDs
• Double Switch Group
• Nurse Call Provision (Optional)
• Medical Gas Sockets – DIN-BS-AF (Optional)
Bridge Type Intensive Care Units are products that carry medical gas services, electrical services and
intensive care equipment in modular hospital intensive care units. It provides many possibilities thanks to
the pendentives it carries with its sliding structure. bed head units are manufactured in accordance with
EN 11197 standards
Infusion pump and Perfuser
Stand
– 2 IV Posts
– 340′ turning route
– Sliding system throughout the
unit
– Up and down height adjustment
Unit Dimensions: 270x2000x88
(WidthxLenghtxHeight)
Carrying Capacity: 50 kg
Color: Ral Catalog
Electricity: 220V – 50 Hz
– 1 Stainless Steel Shelf Drawer
– 1 Stainless Steel Shelf
– 4 Side Accessory Rails 10×30 mm
– Sliding system throughout the unit
– 340° turning route
Pendant units provide users with the most comfortable facilities with their high-tech mechanisms and
visual design.
Operating room and intensive care pendants are specially designed and produced for each hospital.
It has been produced to provide comfort to the user for medical gas and electricity services, the use of
medical devices and the equipment of the equipment
• Electrical Socket: 8 Pieces ( UK, USA,Europe )
• Grounding Point: 8 Pieces
• Rail Rack: 2 Pieces
• Shelves
• IV Pole
• Drawer
• Data socket (RJ45)
• Pressure gauge for Medical Gases
• Medical gas outlets (BS, DIN, AF)
• Up to 90 kg load carrying capacity
• Color-coded brake buttons and knuckles
• Optional electromagnetic and pneumatic
brake system
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• Controls 1 to 6 gases including vacuum
• Sliding type opening special design cover
• Separate analogue manometers for each gas
• Thanks to the window on the cover, analog manometers and digital alarms can be monitored.
• The frame is made of carbon steel sheets, electrostatically painted.
• The front cover is made of plexiglass with a design printed and sliding.
• Pressure billets are made of brass raw material, and on-off valves are made of valves for medical
purposes.
• Flush mounted and surface mounted variants are available.
• On-off medical gas valves for each gas
• There are low pressure sensors for each gas on the unit.
• Oxygen
• Medical Vacuum
• Medical Air 4 bar
• Surgical Air 7 bar
• Nitrous oxide
• Carbon dioxide
• Emergency power socket
• Custom cover designs according to hospital company colors
Zone Gas Control Units are used to monitor the pressure values of gas services in medical areas in
hospitals and to cut the gas flow in emergency situations.
Zone Gas Control Units are manufactured in accordance with EN ISO 7396-1 and HTM 02-01 standards.
• Controls 1 to 6 gases including vacuum
• Hinged cover with lock
• Separate analogue manometers for each gas
• Thanks to the window on the cover, analog manometers and digital alarms can be monitored.
• Case and cover material stainless steel 304 chrome
• Pressure slabs are made of brass material, and on-off valves are special for medical purposes.
• Flush mounted and surface mounted variants are available.
• On-off medical gas valves for each gas
• There are low pressure sensors for each gas on the unit
• Oxygen
• Medical Vacuum
• Medical Air 4 bar
• Surgical Air 7 bar
• nitrous oxide
• Carbon dioxide
Zone Control Units are designed as recessed type (flush mounted) as standard.
Application can be made with both models.
Regional control panels can be produced as 2-3-4-5 and 6 gas depending on demand.
The gas equipment used on the product varies according to the project.
Avsu Module Zone Gas Control Units are used for monitoring the pressure values of gas services in
medical areas in hospitals, pressure regulation and interruption of gas flow in emergency situations or for
emergency gas supplies
• Controls 1 to 6 gases including vacuum
• Cover with mechanism that can be opened upward with piston and lock
• Separate regulators and valves for each gas
• Thanks to the window on the cover, analog manometers and digital alarms can be monitored.
• Emergency supply nist inlets and By-Pass line
• There are low pressure sensors for each gas on the uni
It is specially produced for medical gas systems compatible with oxygen.
• Optional lock option
• Easy connection for medical copper piping
• 100% tightness EPDM gasket
• Ergonomic on-off handle
It can generate 2 separate alarms for each
monitored gas;
• Low pressure alarm. This alarm is high
priority. Indicates that the gases are below
the critical level.
• High pressure alarm. This alarm is high
priority. Indicates that the gases are above
the critical lev
It is specially produced for medical gas systems compatible with oxygen.
• Optional lock option
• Easy connection for medical copper piping
• 100% tightness EPDM gasket
• Ergonomic on-off handle
Medical gas sockets are gas terminal units produced in accordance with
medical standards used for the passage and control of medical gases served
through medical copper pipes or medical hoses.
All medical gas outlets are served in use to customers for a long-lasting life
time after being subjected to 100% leak test
• Oxygen
• nitrogen oxide
• Medical Air 4 bar
• Surgical Air 7 bar
• Medical Vacuum
• Carbon dioxide
• Nitrogen
Each gas socket is produced in accordance with TSE EN ISO 13 485 medical directives. Each medical gas
outlet works with different adapters.
Gas sockets suitable for adapter connections with BS 5682 specification
Gas sockets suitable for adapter connections with DIN 13260-2 specification
Gas sockets suitable for adapter connections with AFNOR NF S 90-116 specification
Certified by the notified body CE 1984.
It is produced in accordance with TSE EN ISO-737-1 and TSE EN ISO 9001:2015 quality standards.
Medical gas sockets are divided into MC and PC.
MC model gas sockets are made entirely of brass as the main body and head.
PC model gas sockets, the lower block part is made of brass and the upper cover part is made of ABS
plastic.
In all gas socket models, every part that the gas passes through is made of brass
Thanks to the check-valve system inside, the gas flow is interrupted when the upper body is removed
during maintenance.
The force required for the adapter connection is calculated as 100N(Newtons) maximum and
110N(Newtons) for disassembly.
The locking mechanism of medical gas sockets adapters is provided by 4 stainless pins
• 45′ pipe connection
• 90′ pipe connection
• 45′ Union Output
• Rear Union Output
• Standard 8 mm Outlet Pipe 120 mm
• Optional 10 mm and 12 mm Outlet Pipe 120 mm
The lower body is machined from calibrated brass and is completely degreased for medical use. The
upper body is made of brass at the gas outlets of the MC model, and of ABS plastic in the PC model.
Upper body is made of brass in MC model gas sockets. PC model gas sockets are made of ABS plastic.
Gas separator housing, where the upper body adapter connection is made, is made of brass, nickel-free
chrome plated. There is a sealing gasket between the lower body and the upper body. All internal sealing
gaskets are made of silicone
Wall mounted gas modules are produced in various options for operating theaters, intensive care services,
patient rooms and other services. Flush-mounted and surface-mounted mounting options and gas
services options are available
• Extruded aluminum body channel
• Optional stainless cover
• Flush and surface mounting option
• 6 gas options including AGSS
It is designed to remove the anesthetic gas mixture discharged from
AGSS sockets.
Single and double blower versions are available. The system is
assembled on a chassis with a control panel.
Blowers are oil-free and air-cooled. They provide high efficiency
against continuous working conditions.
AGSS systems are manufactured in accordance with MDD
93/42/EEC and HTM 02-01 standards.
Wall mount gas socket models offer a beautiful view in patient services with their simple and elegant case
design. It provides convenience to users thanks to its easy-to-install flush mounted and surface-mounted
options.
Oxygen flowmeters ara ergonomically designed in accordance with standards in
order to provide oxygen flow to patients. It has precise flow rates for measurement,
easy to use with its easily detachable humidification jar.
• Main body brass raw material
• Bottom Jar and top humidifier polycarbonate 0-15 Lpm humidification capacity
• Can be sterilized in 134° autoclave.
• Bottom jar volume 200 ml
They are equipment used to regulate and humidify the
pressure coming from high pressure oxygen cylinders.
oxygen therapy devices are specially designed for easy
use.
Oxygen Therapy Devices
Flowmeter With Regulator for Ambulance TEC41.06
TEC41.04
• Chrome plated brass body
• High resistance polycarbonate humidifier bottle suitable
for sterilization
• Maximum gas supply pressure: 230 bar
• Regulator Output Pressure: 4-5 bar
• Adjustable Flow: 0 – 15 L/min
• Pressure Display Range: 0 – 315 bar
• Sterilization Method: 121 °C
It is the equipment used to regulate the vacuum suction
amount of the hospital central system. The vacuum
regulator offers the opportunity to regulate the suction value
up to -250 mbar -1000 mbar.
• On-off valve
• Flow adjustment button
• Suction Value Indicator
• Chrome plated brass body
• Min Suction -250 mbar
• Max Suction -1000 mbar
• Pediatric Vacuum Option
• Optional Trump Jar (To prevent liquid leakage)
Autoclavable.
Gas jacks are manufactured according to international
standards.
They are used to supply the required gases from the central
system.
Gas coming from terminal units to patient or medical
equipment via probes
It is used to transmit with hose connections.
gas probes are manufactured according to BS 5682:1992,
DIN 13260 and AFNOR NF S 90-116 standard.
• Specially produced for O2, N2O, MED AIR4, MED AIR7,
CO2 gases.
• Special labeling for each gas type
• Unions designed for hose connection
• It is made of chrome plated brass material.
It is produced to be used as gas flow and indicator in
accordance with hospital medical gas systems.
• Chrome plated brass body
• Flow adjustment knob
• Pressure or vacuum gauge
• Gas specific connection probe
• Suitable outlet for hose connection
Manufactured according to the most modern technologies on the current global market, in compliance
with European standard EN 13348, compatible with equipment manufactured in accordance with the
Medical Device Directive 93/42/EEC and the result of scientific studies and tests that guarantee the
maximum compatibility
• Production of seamless in accordance with EN 13348 norms
• Closed with caps, each straight pipe produced as 5 meters.
• Medical Pipes marked, EN 13348 norm and diameter on each pipe
• Special hoses for medical gases
• Made of thermoplastic and material
• Color coding according to EN 739 standard
• Suitable for pressure up to 10 bar
• ABS plastic material.
• 200 Call Buttons can be defined.
• Ability to display floor, room and bed
numbers in detail.
• Digital clock display
• Ability to warn incoming call with sound and
light.
• Different ringtone feature for normal and
emergency calls.
• 6 call indicators at the same time.
• Possibility to set separate letters and codes
for each region.
• Optional reporting feature by recording the
process.
• Dimensions 400 x 250 x 30 mm
• ABS plastic resistant to impacts and bumps.
• Strong range area.
• Ergonomic use and handset connection
option for patients.
• Ability to “Call Reset” via button.
• Longer than 5 years of battery life with lithium
battery technology
• Ergonomic design that even child patients
can hold.
• Suitable for use with RJ11 locked type
socket for Nurse Call Button.
• Cable length 1.40 cm spiral cable
• Fixing to the wall when the hand set is not
used with the wall mounting equipment
• Stylish Design.
• Complete solution for long distances with
external dipole antenna.
• Data light for receiving a call.
• Complete solution for signal in high-rise
buildings.
• Suitable for use in humidity environment.
• 5 years battery life with lithium battery
technology.
• Hit and impact resistance ABS plastic
material.
• The phrase “PULL THE LINE IN
EMERGENCY” on the unit and the Braille
Alphabet under this text.
• Strong range area.
• Possibility to start via cord and end the call
via button
Lots of color options in different
combinations with RGB LEDs.
• Functional warning from red, blue, yellow and
green warning lights.
• Shows red light until the call ends.
• It shows yellow light for calls made from WC
and Bathrooms.
• In case call cancellation, possibility to keep
green light for a while or possibility of adding
reset button.
• Functional Blue light in different situations
Ability to record and report nurse calls
•Specifies the date range. (Monthly Weekly
Daily or optional date range)
•Possibility to print reports.
•Ability to determine the time of nurse
intervention.
•Ability to define calls made from different
regions, Example: Bathroom, WC, Patient
Room, 1st floor etc.
•USB connection to computer.
