A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

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 flexible, form-shaped device that is placed over a patient's mouth to administer "mouth-to-mask" exhaled air from the user to the patient during cardiopulmonary resuscitation (CPR). The device is designed to replace "mouth-to-mouth" resuscitation therefore reducing the risk of cross-contamination; it is also used on manikins by students during CPR training. The device typically consists of the mask with a mouthpiece and a non-rebreathing valve and/or bacteria filter. Also referred to as a pocket face mask, it is typically used by emergency medical services (EMS). This is a reusable device.

A flexible, form-shaped device that is placed over a patient's mouth to administer "mouth-to-mask" exhaled air from the user to the patient during cardiopulmonary resuscitation (CPR). The device is designed to replace "mouth-to-mouth" resuscitation therefore reducing the risk of cross-contamination; it is also used on manikins by students during CPR training. The device typically consists of the mask with a mouthpiece and a non-rebreathing valve and/or bacteria filter. Also referred to as a pocket face mask, it is typically used by emergency medical services (EMS). This is a reusable device.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

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 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 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 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 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 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 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 device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device designed to determine the accuracy of an anaesthesia/respiratory gas flowmeter, or other respiratory equipment, by serving as a standard of gas flow measurement. Different types use different methods to measure the gas flow rate such as the use of a high-precision calibrated tube, or change in pressure caused by gas flow through an orifice. The device may be calibrated to indicate gas flow rate, e.g., when the outflow is open to the atmosphere or against a specific back pressure. It is intended to be used by a healthcare provider (i.e., clinical technician) in a clinical setting.

A device designed to determine the accuracy of an anaesthesia/respiratory gas flowmeter, or other respiratory equipment, by serving as a standard of gas flow measurement. Different types use different methods to measure the gas flow rate such as the use of a high-precision calibrated tube, or change in pressure caused by gas flow through an orifice. The device may be calibrated to indicate gas flow rate, e.g., when the outflow is open to the atmosphere or against a specific back pressure. It is intended to be used by a healthcare provider (i.e., clinical technician) in a clinical setting.

A device designed to determine the accuracy of an anaesthesia/respiratory gas flowmeter, or other respiratory equipment, by serving as a standard of gas flow measurement. Different types use different methods to measure the gas flow rate such as the use of a high-precision calibrated tube, or change in pressure caused by gas flow through an orifice. The device may be calibrated to indicate gas flow rate, e.g., when the outflow is open to the atmosphere or against a specific back pressure. It is intended to be used by a healthcare provider (i.e., clinical technician) in a clinical setting.

A device designed to determine the accuracy of an anaesthesia/respiratory gas flowmeter, or other respiratory equipment, by serving as a standard of gas flow measurement. Different types use different methods to measure the gas flow rate such as the use of a high-precision calibrated tube, or change in pressure caused by gas flow through an orifice. The device may be calibrated to indicate gas flow rate, e.g., when the outflow is open to the atmosphere or against a specific back pressure. It is intended to be used by a healthcare provider (i.e., clinical technician) in a clinical setting.

An electromechanical device designed to clean soft debris, plaque and stain build-up from the surface of removable orthodontic aligners or retainers. The orthodontic appliances are typically placed in a receptacle and water together with an appropriate cleansing tablet or solution, and cleaned through an automated cycle. An audible signal may alert the user that the program has finished.

A portable assembly of devices, which includes a non-surgical invasive component, intended to manually aspirate unwanted materials (e.g., fluids, secretions) from the airway typically during patient transport or an emergency situation (e.g., placed on a crash cart). It includes a manually-powered (hand or foot-operated) suction pump, a collection container, and patient contact devices (e.g., handpiece/tip, mask), and typically also contains tubing and microbial/hydrophobic filters. The system is not intended for surgical use.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.

A device that is connected to an independent supply of oxygen (O2), typically an oxygen gas cylinder, and is used to regulate the high pressure of the supply to a safe working pressure which is delivered to the patient requiring oxygen therapy and ensuring that the prescribed (set/dialed) dosage of O2 is maintained at an accurate level. It acts both as a pressure reduction device and an O2 saving device. Commonly known as an oxygen conserving regulator it may be designed to provide a bolus of O2 to the patient by metering the gas over the normal inspiration/expiration phases, thus conserving it.