BE 150-5G Test Lung has a 22mm I.D. connection and a 1 liter capacity; Not made with natural rubber latex. Not for patient use.

BE 150-5LF Test Lung has a 22mm I.D. connection and a 750 ml capacity; Not made with natural rubber latex. Not for patient use.

The BE 16-2 Tee Adapter is intended for use in a ventilator, oxygen or BIPAP circuit. Dimensions: 22mm I.D. x 18mm I.D./22mm O.D. x 18mm I.D./22mm O.D Reusable.

BE 169 Oxygen Tank Wrench with 12" Security Cable. Wrench fits the valve stem of E-cylinder-type oxygen tanks and is manufactured of zinc-plated steel. The security cable is Nylon-coated stainless steel.

BE 169-W Oxygen Tank Wrench fits the valve stem of E-cylinder-type oxygen tanks. Manufactured of zinc-plated steel.

The BE 183-SU Manual Jet Ventilator is designed to provide trans-tracheal ventilation in specific emergency situations of upper airway obstructions. This system is used in conjunction with a trans-tracheal catheter, or cricothyrotomy needle, which is inserted through the cricothyroid membrane. Ventilation is accomplished by the manual, intermittent jetting of oxygen through the catheter for subsequent lung inflation.

The BE 183-SU-12 Manual Jet Ventilator is designed to provide trans-tracheal ventilation in specific emergency situations of upper airway obstructions. This system is used in conjunction with a trans-tracheal catheter, or cricothyrotomy needle, which is inserted through the cricothyroid membrane. Ventilation is accomplished by the manual, intermittent jetting of oxygen through the catheter for subsequent lung inflation.

The BE 183-SUR Manual Jet Ventilator is designed to provide trans-tracheal ventilation in specific emergency situations of upper airway obstructions. This system is used in conjunction with a trans-tracheal catheter, or cricothyrotomy needle, which is inserted through the cricothyroid membrane. Ventilation is accomplished by the manual, intermittent jetting of oxygen through the catheter for subsequent lung inflation.

The BE 183-SUR-12 Manual Jet Ventilator is designed to provide trans-tracheal ventilation in specific emergency situations of upper airway obstructions. This system is used in conjunction with a trans-tracheal catheter, or cricothyrotomy needle, which is inserted through the cricothyroid membrane. Ventilation is accomplished by the manual, intermittent jetting of oxygen through the catheter for subsequent lung inflation.

Reducing Adapter for use in breathing/ventilator circuit. - 22mm O.D. x 30mm O.D. Molded of polycarbonate. Reusable.

Reducing Adapter for use in breathing/ventilator circuit. - 22mm I.D. x 30mm I.D. Molded of polycarbonate. Reusable.

Reducing Adapter for use in breathing/ventilator circuit. - 22mm I.D. x 30mm O.D. Molded of polycarbonate. Reusable.

Reducing Adapter for use in breathing/ventilator circuit. - 22mm O.D. x 30mm I.D. Molded of polycarbonate. Reusable.

Reducing Adapter for use in breathing/ventilator circuit. - 15mm I.D./22mm O.D. x 30mm I.D. Molded of polyetherimide. Reusable.

This adapter connects to the exhalation valve for additional versatility.

This reusable exhalation valve is designed for use with ventilators. The exhalation valve prevents the inspired gases from escaping through the passage that will be made available to expired gases via an inflatable balloon. Also, the re-breathing of the expired gases are prevented by the balloon action.

This reusable exhalation valve is designed for use with ventilators. The exhalation valve prevents the inspired gases from escaping through the passage that will be made available to expired gases via an inflatable balloon. Also, the re-breathing of the expired gases are prevented by the balloon action.

The reusable BE 30-142 is designed for use with ventilators, anesthesia machines, resuscitators, and other systems where PEEP or CPAP is required. A threshold-like resistance is applied after active exhalation. The PEEP valve prevents the exhalation pressure from dropping below a pre-determined value. PEEP ranges are adjustable from 3 to 20cm of water. Maximum PEEP can vary +/-10%. Objectives of PEEP therapy: 1) increase functional residual capacity by maintaining a positive pressure throughout the ventilatory cycle - improves gas distribution,2) aid in the prevention of atelectasis via aveolar stinting, 3) decrease in the inspired oxygen fraction (FiO2) is an advantage, 4) help in the stabilization of flail chest condition, and 5) monitor tidal volume by connecting a spirometer to the outlet port.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

Bracket attaches to the wall, and to rail-mounted versions of Instant Flow Valves for On/Off control of oxygen flow when using a resuscitator bag:For use with hyperinflation bag (not included) weighing 3 ounces to 4 pounds (90-1814 grams). The use of these sizes of bags typically range from neonatal, pediatric to adult care. The valves are intended to be used with a flowmeter (not included) which controls the flow of oxygen to the valve.On/off oxygen action is controlled by lifting/replacing the bag on the arm of the valve. Immediate oxygen flow is provided when bag is lifted from the arm (preventing personnel from having to turn oxygen on). Oxygen flow is stopped when bag is replaced.

Pilot tube repair kit is used to repair a leaking pilot line of endotracheal and tracheostomy tubes with inside diameters of 0.032 inch (21 gauge) to 0.050 inch (18 gauge). Use of a pilot tube repair kit can delay the replacement of the endotracheal or tracheostomy tube thus reducing trauma to the patient.

Wall-mounted storage box provides storage and immediate availability for emergency-use items such as oxygen masks, resuscitator bags, airways, masks, filters, etc. (The storage box does not include these items.) Dimensions: 9-1/4" Length x 6" Width x 4-1/2" Depth.

Wall-mounted storage box provides storage and immediate availability for emergency-use items such as oxygen masks, resuscitator bags, airways, masks, filters, etc. (The storage box does not include these items.) Dimensions: 18" Length x 6" Width x 5-1/4" Depth.

The CB 23 Flowmeter / Air Compressor Adapter connects a flowmeter or air compressor directly to large-bore 22 mm I.D. tubing. Can be used with high gas flows for CPAP. Has a security chain to help prevent loss.

The CB 23-1 Flowmeter / Air Compressor Adapter connects a flowmeter or air compressor directly to large-bore 22 mm I.D. tubing. Can be used with high gas flows for CPAP. Has a security chain to help prevent loss.

The CI-55 Anesthesia Holster is a device used to store and handle soiled laryngoscope blades and suction tips to prevent cross contamination and pathogen transmission in the anesthesia work area during intubation of a patient . The CI-55 Anesthesia Holster allows for safe storage and handling of contaminated items such as laryngoscope blades and suction tips until they can be discarded or sent for re-processing. This device is Single Patient Use. Packaged as non-sterile.

DS 7-45 Bronchoscope Swivel - 15mm ID/22mm OD (patient port) x 15mm OD (equipment port). Fits components of adult ventilator circuits. Includes one thermoplastic rubber cap; cap allows for the use of a suctioning catheter or fiber-optic bronchoscope without significant loss of PEEP. Single-Patient Use.

The HG 100 Humidifier Guard is intended for use with a humidifier installed within a ventilator circuit. The device allows for safe removal of condensation and patient secretions that have accumulated in the inspiratory limb of a ventilator circuit. The HG100 protects the humidifier by allowing these liquids to be collected in the device and then to be easily removed by suction when necessary.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 325 fits tubes with 2.5mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 330 fits tubes with 3.0mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 340 fits tubes with 4.0mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 350 fits tubes with 5.0mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 355 fits tubes with 5.5mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 360 fits tubes with 6.0mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 365 fits tubes with 6.5mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 370 fits tubes with 7.0mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 400 fits tubes with 7.5mm Inside Diameter.

JEM Series Endotracheal Tube Changers provide a simple, rapid technique for changing endotracheal and orotracheal tubes, with specific inside diameters.JEM Series Endotracheal Tube Changers are intended for single patient use.JEM 401 is a set of nine individually packaged endotracheal tube changers, with each fitting a different size endotracheal tube. The JEM 401 includes one each of JEM 325, JEM 330, JEM 340, JEM 350, JEM 355, JEM 360, JEM 365, JEM 370, JEM 400.

The KC 002N is a 2-liter neoprene reservoir bag intended to store breathing gas during the respiratory cycle. The breathing bag may be on the inspiratory or expiratory limb of a breathing circuit depending on the breathing circuit design. This is a single-use device.

The KC 002N-2P is a 2-liter neoprene reservoir bag intended to store breathing gas during the respiratory cycle. The breathing bag may be on the inspiratory or expiratory limb of a breathing circuit depending on the breathing circuit design. This is a single-use device.

The KC 003N is a 3-liter neoprene reservoir bag intended to store breathing gas during the respiratory cycle. The breathing bag may be on the inspiratory or expiratory limb of a breathing circuit depending on the breathing circuit design. This is a single-use device.

The KC 003N-2P is a 3-liter neoprene reservoir bag intended to store breathing gas during the respiratory cycle. The breathing bag may be on the inspiratory or expiratory limb of a breathing circuit depending on the breathing circuit design. This is a single-use device.

KC 004, 22mm ID, 4" length - Reusable Ventilator Tubing - polyester elastomer tube with silicone rubber cuffs

KC 004-19R, 19mm ID, 4" length - Reusable Ventilator Tubing - cream-colored polyester elastomer tube with red silicone rubber cuffs

KC 004-5 - 4" length, 22mm ID, Clear Ventilator Tubing with Integral Cuffs. For Single Patient Use.