Vyntus™ BODY Plethysmograph
People come in all shapes and sizes, so we designed Vyntus BODY to accommodate the most patients without increasing the cabin footprint. Many enhancements were incorporated to make Vyntus BODY accessible and user friendly for both patients and technicians.
Vyntus BODY employs much of the same breakthrough technology found in the Vyntus ONE, but with a redesigned breathing circuit and our new Ultrasonic Sensor Technology.
In addition, Vyntus BODY is enhanced with additional innovation such as digital pressure compensation, which helps to reduce environmental influences and improves measurement accuracy.
Flexible Telescoping Arm extends 25″ outside the cabin, delivering exceptional maneuverability to your patient’s unique position.
Vyntus BODY readily accommodates wheelchair patients or others who are unable to enter the cabin. This flexibility makes it easy for the technician. The Telescoping Arm requires little maneuvering effort. It stays right where you place it with no tool or locking mechanisms required.
Patients must feel at ease for any technology to perform at its best. So, to help patients feel less anxious and more comfortable, we re-imagined everything from materials to ergonomics.
Vyntus BODY offers a spacious plethysmograph (1,110 L) and is equipped with a reinforced bench supporting up to 551 lbs. The all-glass cabin and glowing LED status lights help to create a welcoming environment for most patients.
To make entering and exiting as easy as possible, Vyntus BODY offers a less-than-3-inch step-in clearance and a prominent, stable grab bar. Vyntus BODY’s many features help technicians create a confident and successful testing event.
We re-engineered every facet of our breathing circuit and our box-specific technology to bring improved ease-of-use and accuracy to Pulmonary Function Testing.
Examples of this include the Vyntus Ultrasonic Sensor which is factory calibrated, requiring only simple verification. Additional features, such as Dynamic Flow Correction and Double Shot Technology, help eliminate drift and obtain high levels or precision and accuracy. The flow path valve uses a simple, precise, magnetically-controlled shutter free of balloons.
The Vyntus BODY box itself employs Digital Pressure Compensation which monitors environmental fluctuations in real-time, providing a cleaner signal and more precision.
Maintenance and hygiene are not the most productive or exciting parts of a clinicians day but are critically important for patient safety and diagnostic excellence. We’ve spent a lot of time minimizing what our Vyntus systems require to keep you focused on your patients.
• Smartly designed hardware does not utilize balloons or complicated valves. Just a few robust parts, making disassembly and reassembly a snap.
• Components tolerate manual or automated cleaning and disinfection processes. The ultrasonic sensor is waterproof and dishwasher safe up to 140 F.
• Tool Free O2 cell notifies you when a replacement is needed and lasts typically 2 years. When it needs changing, it is easy to do with tool free access.
• MicroGard II filters offer validated filtering efficiency without compromising system performance. With MicroGard II in use, hygiene routines take less time, since cleaning and disinfection is required only every 3 months.
Service is essential to keep medical equipment operational and safe. Our Nordic service team consists of experienced service technicians stationed across the Nordic countries. Our service technicians are ready to take on your every service need.”

Designed For EveryDay Life – Now with Auto-EPAP and MPV
To meet the needs connected to a wide range of respiratory conditions a ventilator must offer outstanding clinical versatility and performance. But equally important, it must be designed around the patient’s life, activities and home environment. Vivo 45 is a ventilator designed to maximize independence and mobility.
Designed for everyday life

Simplicity at your Fingertips – Now with Auto-EPAP
The Vivo series is a new generation ventilators designed for personalized and comfortable non-invasive respiratory support for non-dependent patients with chronic breathing insufficiency.
The intuitive interface ensures ease of use. A comprehensive set of modes and extensive monitoring capabilities allow for great flexibility, making the ventilator a perfect choice for a variety of patients.

Meeting the needs of medical staff and patients
The Vivo 55 is an advanced homecare ventilator designed to deliver secure and comfortable treatment to patients from 10 kg. The Vivo 55 can be used for a wide variety of patients, both life-support and non life-support, thanks to a comprehensive set of modes, circuits and accessories.
The Vivo 55 is designed to meet the needs both of medical staff and a wide range of patients. It combines comfortable and controllable ventilation with excellent monitoring capabilities to potentially reduce readmissions to acute care facilities. The extensive monitoring capabilities help obtain a better insight into the quality of ventilation. The Vivo 55 is an excellent choice for mechanical ventilation at home, in the hospital and in long-term care facilities. The Vivo 55 is prepared for connection to Breas cloud solutions.

Versatile Airway Clearance
Introducing the Clearway 2 with TreatRepeat®. The second-generation MI-E device by Breas incorporates the latest technology to bring effective and accurate treatment for patients requiring airway clearance and cough assistance. TreatRepeat function allows clinicians to manually deliver different numbers of insufflations and exsufflations and then save the treatment they have just delivered to the device to be repeated automatically. Helping to improve accuracy and speed of titration and set-up.
Multiple mode options
Up to four treatment profiles can be saved to the device.The settings used in the manual and programmed modes are also saved to the device. This allows for up to 7 MI-E prescriptions to be saved. The treatment settings in the IPPB and NIV modes are also saved. The programmable mode enables the delivery of multiple insufflations as part of a cough cycle.