It is a demand valve with an adult mask and hose. A non-sterile device that is u
It is a demand valve with an adult mask and hose. A non-sterile device that is used to regulate the therapeutic gas flow to a patient in response to the patient's breathing effort. It is used, e.g., in ventilator breathing circuits, resuscitation devices and in on demand analgesia devices. This is a reusable device.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign materials from a body cavity or lumen by means of suction. It generally consists of a mains electricity (AC-powered) suction pump, tubing, plastic/glass collection container(s), a vacuum gauge, a vacuum control knob, an overflow trap, a moisture filter, and possibly a microbial filter. The pump creates a vacuum in the suction tubing, which is inserted into the body for the removal of materials into the collection container. This system can be used in a wide variety of settings within healthcare facilities. 220V.
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inj
.A hand-held, mechanically-powered (e.g., spring-powered) device designed to inject medication (especially a local anaesthetic, vaccine or medication) transcutaneously into the human body. It is a manually-operated, needleless device that can have various configurations according to application. It will typically be a pistol-shaped plunger driven instrument with single or multi-pointed holed barrels through which the medication/vaccine is driven under high pressure. The delivered medication/vaccine will typically be supplied in prefilled containers. This device is not a hypodermic syringe. This is a reusable device.
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign materials from a body cavity or lumen by means of suction. It generally consists of a mains electricity (AC-powered) suction pump, tubing, plastic/glass collection container(s), a vacuum gauge, a vacuum control knob, an overflow trap, a moisture filter, and possibly a microbial filter. The pump creates a vacuum in the suction tubing, which is inserted into the body for the removal of materials into the collection container. This system can be used in a wide variety of settings within healthcare facilities.
A mains electricity (AC-powered) device designed to create compressed air and su
A mains electricity (AC-powered) device designed to create compressed air and supply it directly to gas-powered or compressed air dependent devices (e.g., ventilators or other respiratory devices, laboratory equipment). It may also provide medical air depending upon the filtering systems employed.
A cylindrical sealable container typically made of disposable plastic materials
A cylindrical sealable container typically made of disposable plastic materials used as a component of a suction system, or other system that utilizes suction, and which is designed for the collection of aspirated waste materials (e.g., blood, bodily fluids, rinsing fluids, laser plume evacuation gas) and/or body tissue intended for diagnostic/therapeutic purposes (e.g., histological analysis, autologous fat tissue transfer) from a site of operation. It may be used singularly or in a connected series to provide greater capacity. This is a single-use device that should be appropriately discarded with its contaminated waste content.
It is a demand valve with a hose without a mask. A non-sterile device that is us
It is a demand valve with a hose without a mask. A non-sterile device that is used to regulate the therapeutic gas flow to a patient in response to the patient's breathing effort. It is used, e.g., in ventilator breathing circuits, resuscitation devices and in on demand analgesia devices. This is a reusable device.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 370C cart is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 370C cart is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 370C cart is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 370C cart is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 370 C cart is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. A 1500A carrying case is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1500A case is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1500A case is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1500A case is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1410 carry bag is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1410 carry bag is included.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and colour-coded to denote O2 content. The cylinder may be made of steel, aluminium (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anaesthesia, and for therapeutic purposes. A 1410 carry bag is included.
A container designed as a refillable cylinder(FILLED) with an integrated pressur
A container designed as a refillable cylinder(FILLED) with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. Includes a 1410 carry bag.
A container designed as a refillable cylinder(FILLED) with an integrated pressur
A container designed as a refillable cylinder(FILLED) with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes. Includes a 1319A carry bag.
A cylindrical sealable container typically made of disposable plastic materials
A cylindrical sealable container typically made of disposable plastic materials used as a component of a suction system, or other system that utilizes suction, and which is designed for the collection of aspirated waste materials (e.g., blood, bodily fluids, rinsing fluids, laser plume evacuation gas) and/or body tissue intended for diagnostic/therapeutic purposes (e.g., histological analysis, autologous fat tissue transfer) from a site of operation. It may be used singularly or in a connected series to provide greater capacity. This is a single-use device that should be appropriately discarded with its contaminated waste content. Packed 70 to a case.
A cylindrical sealable container typically made of disposable plastic materials
A cylindrical sealable container typically made of disposable plastic materials used as a component of a suction system, or other system that utilizes suction, and which is designed for the collection of aspirated waste materials (e.g., blood, bodily fluids, rinsing fluids, laser plume evacuation gas) and/or body tissue intended for diagnostic/therapeutic purposes (e.g., histological analysis, autologous fat tissue transfer) from a site of operation. It may be used singularly or in a connected series to provide greater capacity. This is a single-use device that should be appropriately discarded with its contaminated waste content. Packed 10 to a case.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A substance containing a chemical agent(s) intended to destroy harmful microorga
A substance containing a chemical agent(s) intended to destroy harmful microorganisms or inhibit their activity on a medical device (e.g., surgical or dental instrument); it may also contain surfactants/cleaning agents or biological enzymes (e.g. protease, lipase, amylase). The medical device is intended to be exposed to the substance for a specified period of time to achieve disinfection, through bathing, wiping, and/or in combination with a disinfection system/unit; it is not supplied as an aerosol and does not include a wipe.
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes
A container designed as a refillable cylinder with an integrated pressure regula
A container designed as a refillable cylinder with an integrated pressure regulator used to hold compressed medical oxygen (O2) under safe conditions at high pressure (e.g., 50 - 200 Bar). It is typically NOT filled with O2 when delivered from the gas supplier and includes a built-in pressure regulator that, when activated, releases the O2 at the correct working pressure. It is available in some cylinder sizes (capacity) and color-coded to denote O2 content. The cylinder may be made of steel, aluminum (Al) or other ferrous or non-ferrous materials. O2 is used as an essential life support gas, for anesthesia, and for therapeutic purposes
A reduction valve designed to be attached through a gastight connector (e.g., a
A reduction valve designed to be attached through a gastight connector (e.g., a pin-index or bull-nosed screw thread connection) to the valve stem of an oxygen (O2) cylinder to lower high, variable gas pressure (e.g., 50 - 250 bar) to a lower, constant working pressure, typically 3 - 5 bar. It can be a single or a dual stage regulator, usually of a piston or diaphragm design. It will have a safety relief valve to avoid excessive pressure due to increased ambient temperatures, and it may have associated devices, usually a manometer or manometers, to display the available gas reserve of a gas cylinder and the working pressure
An assembly of devices designed to generate non-heated aerosolized medication/fl
An assembly of devices designed to generate non-heated aerosolized medication/fluids (finely dispersed airborne droplets in a liquid-phase) intended to be inhaled by a patient with a respiratory disorder [e.g., chronic obstructive pulmonary disease (COPD), cystic fibrosis (CF)]. It includes an electrically-powered generator, a reservoir, and a hand-held nebulizing chamber where the nebulization of the medicine usually takes place.220 VOLT
An assembly of devices designed to generate non-heated aerosolized medication/fl
An assembly of devices designed to generate non-heated aerosolized medication/fluids (finely dispersed airborne droplets in a liquid-phase) intended to be inhaled by a patient with a respiratory disorder [e.g., chronic obstructive pulmonary disease (COPD), cystic fibrosis (CF)]. It includes an electrically-powered generator, a reservoir, and a hand-held nebulizing chamber where the nebulization of the medicine usually takes place.
Flow Regulator intended to be used with MicroMyst® Applicator. It's intended to
Flow Regulator intended to be used with MicroMyst® Applicator. It's intended to provide pressurized gas (air or nitrogen) to Integra gas-assisted applicators.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.
The regulator acts as a pressure-reducer, gas from the cylinder valve passes thr
The regulator acts as a pressure-reducer, gas from the cylinder valve passes through the pressure regulator to the user outlets.