BiPAP/Bi-Level Machines

ResMed – Bi-Level Flow Generators – Aircurve 10 S

Aircurve

    The AirCurve 10 S is ideal for sleep apnea patients who find it difficult to adjust to sleep apnea therapy on a continuous fixed pressure device, as well as patients who need extra pressure support. This bilevel machine has two different, adjustable set pressures which can make therapy feel more comfortable. An integrated humidifier simplifies setting up the device and makes therapy easier.

ResMed – Bi-Level Flow Generators – Aircurve 10 VAuto

Aircurve

    The AirCurve 10 VAuto is an auto-adjusting bilevel machine that uses the comfort of both the AutoSet™ algorithm and Easy-Breathe waveform in its VAuto algorithm to treat obstructive sleep apnea patients who can benefit from greater pressure support.

    The AirCurve 10 VAuto adjusts the baseline pressure to hold the airway open while maintaining a fixed pressure support.

ResMed – Bi-Level Flow Generators – Aircurve 10 ASV

Aircurve

    The AirCurve 10 ASV bilevel machine offers truly personalized therapy for central breathing disorders, such as Cheyne-Stokes respiration (CSR), central sleep apnea (CSA) and associated obstructive events. Featuring the most clinically-studied and proven ASV algorithm, AirCurve 10 ASV is the only adaptive servo-ventilator that targets the patient’s own recent minute ventilation.

Phillips Respironics– BiPAP Flow Generators – Dreamstation BiPAP Auto

The DreamStation BiPAP Auto Machine features a colorful display, advanced data tracking, and integration with the optional heated humidifier to provide the user with an effective, easy-to-use system. This is an auto-adjusting bi-level machine that automatically adjusts during the night to provide two distinct pressures for inhalation and exhalation.

Auto-Adjusting Therapy

The DreamStation BiPAP Auto is a bilevel machine that provides one distinct higher pressure for inhalation, and a separate lower pressure for exhalation. During therapy the machine will monitor the user on a breath-by-breath basis and remain at a lower pressure until an event is detected. When an event is detected that requires a higher pressure, the machine will automatically increase to the needed pressure and return to a lower pressure when the event has concluded.

Bi-Flex Pressure Relief and SmartRamp Technology

The DreamStation BiPAP Auto has Bi-Flex pressure relief to increase therapy comfort and help mimic a natural breathing pattern. Unlike traditional ramp that increases pressure constantly over a set amount of time, SmartRamp will monitor the user and increase pressure only if an event occurs. During SmartRamp if an event requires which requires the lowest pressure of the BiPAP range, ramp will conclude. .

Phillips Respironics– – Dreamstation BiPAP Pro

Dreamstation

Phillips Respironics– BiPAP Flow Generators – Dreamstation BiPAP Pro

The DreamStation BiPAP Pro Machine features a colorful display, advanced data tracking, and integration with the optional heated humidifier to provide the user with an effective, easy-to-use system. This is an fixed pressure bi-level machine that will provide two distinct pressures for inhalation and exhalation.
Bi-Flex Pressure Relief and SmartRamp Technology

The DreamStation BiPAP Pro has Bi-Flex pressure relief to increase therapy comfort and help mimic a natural breathing pattern. Unlike traditional ramp that increases pressure constantly over a set amount of time, SmartRamp will monitor the user and increase pressure only if an event occurs. During SmartRamp if an event requires which requires the lowest pressure of the BiPAP range, ramp will conclude.

RESPIRONICS – BiPAP Flow Generators – BiPAP AVAPS

BiPAP AVAPS is Respironics’ newest noninvasive ventilator for home use, and features AVAPS (Average Volume Assured Pressure Support) technology. The AVAPS algorithm guarantees an average tidal volume by automatically adapting pressure support to meet the patient’s needs on a breath-by-breath basis. AVAPS achieves this by estimating the patient’s tidal volume over several breaths and calculating the change in pressure needed to achieve the target tidal volume.