The VORTRAN® Cuff Inflator (VCI) is a hand-held measuring device intended to measure and manually regulate intra-cuff pressure of Endotracheal, Tracheostomy, and LMA tubes.

The VORTRAN® APM-Plus is a battery (2 x AA) operated, microprocessor controlled, portable, self-contained device designed for monitoring a positive airway-pressure device such as a resuscitator or bubble CPAP. The VORTRAN® APM-Plus is housed in a plastic enclosure and includes a number of associated accessories. It connects to the positive-pressure device under monitor via pneumatic pressure tubing and receives the pressure signals using its solid-state pressure transducer. The pressure signals are used to calculate the related characteristics which are displayed on the LCD screen. The values are used to trigger alarms that alert the user of any abnormal pressure conditions. The software algorithm constantly monitors the data and if/when the pressure characteristics are outside of the user-set limits, an alarm will be activated. The alarms are both visual and audible. For ease of use, the VORTRAN® APM-Pus software provides two modes of operations: Resuscitator Mode and PAP Mode.

The GO2VENT provides constant fl ow, pressure cycled ventilatory support in either pressure control or pressure support modes on patients weighing 10kg and above. The device includes the pulmonary modulator (an exhalation valve that opens at PIP and closes at PEEP) and a patient connector tee to supply gas fl ow, entrain additional air, and provides a redundant pop-off valve for safety. The working mechanism of the GO2VENT consists of a moving diaphragm which adds or subtracts spring force when it is moved from a horizontal to a vertical position, the addition or subtraction of spring force will aff ect the PIP setting by 1~3 cm-H2O. The GO2VENT will function in any position as long as the fi nal adjustments are made in a secured position (strapped or taped to the patient).

The VORTRAN Pressure Manometer provides pressure readings from a breathing circuit in the range of 0 to 60 cm-H2O. The pressure readouts are approximate with an accuracy of ±2 cm-H2O for a low pressure range from 0 to 20 cm-H2O; ±3 cm-H2O for a pressure range of 20 to 40 cm-H2O; and ±5 cm-H2O for pressures above 40 cm-H2O. The manometer design requirements include: the pressure range of 0 to 60 cm-H2O, connection to a breathing circuit via a 22 mm male-female adaptor, and having a life expectancy as a single patient multiple use device. It accommodates connections through the option of a 22 mm tee or 15 mm port. The manometer includes a translucent enclosure that allows the pressure indicator needle to be seen from all sides.

The VORTRAN Pressure Manometer provides pressure readings from a breathing circuit in the range of 0 to 60 cm-H2O. The pressure readouts are approximate with an accuracy of ±2 cm-H2O for a low pressure range from 0 to 20 cm-H2O; ±3 cm-H2O for a pressure range of 20 to 40 cm-H2O; and ±5 cm-H2O for pressures above 40 cm-H2O. The manometer design requirements include: the pressure range of 0 to 60 cm-H2O, connection to a breathing circuit via a 22 mm male-female adaptor, and having a life expectancy as a single patient multiple use device. It accommodates connections through the option of a 22 mm tee or 15 mm port. The manometer includes a translucent enclosure that allows the pressure indicator needle to be seen from all sides.

The GO2VENT provides constant flow, pressure cycled ventilatory support in either pressure control or pressure support modes on patients weighing 10kg and above. The device includes the pulmonary modulator (an exhalation valve that opens at PIP and closes at PEEP) and a patient connector tee to supply gas flow, entrain additional air, and provides a redundant pop-off valve for safety. The working mechanism of the GO2VENT consists of a moving diaphragm which adds or subtracts spring force when it is moved from a horizontal to a vertical position, the addition or subtraction of spring force will affect the PIP setting by 1~3 cm-H2O. The GO2VENT will function in any position as long as the final adjustments are made in a secured position (strapped or taped to the patient).

The GO2VENT provides constant flow, pressure cycled ventilatory support in either pressure control or pressure support modes on patients weighing 10kg and above. The device includes the pulmonary modulator (an exhalation valve that opens at PIP and closes at PEEP) and a patient connector tee to supply gas flow, entrain additional air, and provides a redundant pop-off valve for safety. The working mechanism of the GO2VENT consists of a moving diaphragm which adds or subtracts spring force when it is moved from a horizontal to a vertical position, the addition or subtraction of spring force will affect the PIP setting by 1~3 cm-H2O. The GO2VENT will function in any position as long as the final adjustments are made in a secured position (strapped or taped to the patient).

The VORTRAN GO2VENT with PEEP Valve is to be used by properly trained personnel to deliver emergency, short-term, constant flow, pressure-cycled ventilatory support on patients weighing 10 kg and above.

The GO2VENT provides constant fl ow, pressure cycled ventilatory support in either pressure controlor pressure support modes on patients weighing 10kg and above. The device includes the pulmonarymodulator (an exhalation valve that opens at PIP and closes at PEEP) and a patient connector teeto supply gas fl ow, entrain additional air, and provides a redundant pop-off valve for safety. Theworking mechanism of the GO2VENT consists of a moving diaphragm which adds or subtractsspring force when it is moved from a horizontal to a vertical position, the addition or subtraction ofspring force will aff ect the PIP setting by 1~3 cm-H2O. The GO2VENT will function in any position aslong as the fi nal adjustments are made in a secured position (strapped or taped to the patient).

The PercussiveNEB 2.0 is an intrapulmonary percussive treatment device that incorporates a nebulizer which delivers aerosolized medication and is designed to oscillate during exhalation and inhalation to help remove endobronchial secretions.

The PercussiveNEB 2.0 with Top Nebulizer Port is an intrapulmonary percussive treatment device that can incorporate a nebulizer which delivers aerosolized medication and is designed to oscillate during exhalation and inhalation to help remove endobronchial secretions.

The VORTRAN Medical Air Compressor is a compressor designed for continuous, high pressure performance, easy and practical for home and hospital uses. It is capable of servicing nebulizer and humidifiers to product particle aerosol mist.

The APM (Airway Pressure Monitor) is a battery operated, portable, self-contained device that is connected to the patient via the connection kit to monitor the cycling conditions of resuscitators. It give clinicians patient ventilation parameters (PIP, PEEP, Respiration Rate, I:E ratio) and provides visual alarm display with flashing LED and loud audible alarm. It allows clinicians to have a true value of patient status during ventilation similar to a full-featured ventilator. It is easy to set up and use. Offers different connection kit options.

Kit Includes: 6 each VAR Model PCM-5011, 4 each VAR Monitors; 4 each Oxygen Flowmeters; 1 each Multi-outlet manifold; 1 each 20' Heavy Duty Oxygen Hose; 1 each Watertight Carrying Case; 10 each HME Filters

The VORTRAN®-IPPB allows for single-patient use of an airway clearance device. It provides high aerosol output with a large nebulizer reservoir. It is easily set-up and more cost effective than a conventional IPPB machine. It is excellent for patients with fluid retention in the lungs.

The VORTRAN®-IPPB allows for single-patient use of an airway clearance device. It provides high aerosol output with a large nebulizer reservoir. It is easily set-up and more cost effective than a conventional IPPB machine. It is excellent for patients with fluid retention in the lungs.

The VORTRAN®-IPPB allows for single-patient use of an airway clearance device. It provides high aerosol output with a large nebulizer reservoir. It is easily set-up and more cost effective than a conventional IPPB machine. It is excellent for patients with fluid retention in the lungs.

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

Kit Contains: 3 each GO2VENT Model 6123; 1 each Oxygen Regulator; 1 each Training CD; 1 each Test Lung

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

The PercussiveNEB® device is a single-patient use percussor, which makes it possible for individuals to receive multiple high frequency treatments while using the same device. Other percussive devices need to be cleaned between patients and also require waiting for the equipment to become available. It is easy to use with quick set-up time and patient initiates and controls the percussion levels. It can be used by patients in the hospital or in the home

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

The VAR® device is a unique single-patient-use, disposable resuscitator. It provides hands-free ventilator support via a mask or endotracheal tube using a continuous gas flow source. The VAR® device can be operated on a compressor, oxygen or compressed air. Since it does not require the use of electricity or batteries, it is an ideal backup ventilator for the management of mass casualty incidents, natural disasters, disease outbreaks, major power outages and other extraordinary emergencies. An additional advantage of the VAR® device is that it does not interfere with MRI and CT scans.

The VAR-Monitor is mounted onto the exhalation side of the VAR and has no direct patient contact during its operation. If the VAR stops cycling, the VAR-Monitor™ detects the non-cycling condition and generates both an audible sound and a visible blinking (red color LED) light alerting the clinician who is attending the patient.