LOWENSTEIN PrismaSMART AutoCPAP with Humidifier Mask

Introduction

LOWENSTEIN PrismaSMART AutoCPAP with Humidifier Mask continues the tradition of high-quality auto-CPAP devices from Löwenstein Medical. It offers the new option of classic or dynamic pressure regulation for personalized respiratory therapy.

The familiar pressure relief softPAP can be activated at any time. Classic, simple user navigation with easy-to-read display.

LOWENSTEIN Prisma SMART Auto CPAP device can be combined with the well-known humidifier prismaAQUA. With  discover the new generation of our Auto CPAP devices.

Finally, You‘ll make the right choice with prisma SMART! The simple-to-use devices complete the prismaLINE spectrum.Benefit from our Auto CPAP devices, pragmatically designed for practical use to control sleep disorders like Obstructive Sleep Apnea.

Features 

• Firstly, Unheard-of silence
• LOWENSTEIN PrismaSMART AutoCPAP with Humidifier Mask Standard operating concept and clearly structured
• LOWENSTEIN Prisma SMART Auto CPAP Target group-oriented menus (for patients and experts)
• Segment display – highly visible presentation of required information
• LOWENSTEIN PrismaSMART AutoCPAP with Humidifier Mask prismaLINE range of accessories
• Two different APAP dynamics in prisma SMART – the right therapy for every patient
• Familiar features such as recognition of Cheyne-Stokes respiration and also Forced Oscillation Technology (FOT) in the entire prismaLINE

Specifications of LOWENSTEIN PrismaSMART AutoCPAP with Humidifier Mask

Product class as per EU Directive 93 / 42 / EEC	II a
Dimensions (W x H x D)	170 x 135 x 180 mm
Weight	about 1.34 kg
Temperature range of LOWENSTEIN Prisma SMART Auto CPAP • Operation: • Storage:	+5 °C to +40 °C -25 °C to +70 °C
Air pressure range	700 – 1060 hPa corresponds to an altitude of 3000 meters above mean sea level.
Electrical output	max. 40 VA
System interface	24 V DC max. 5 VA
Power consumption at • Operation (therapy): • Standby	230 V         115 V 0.13 A        0.22 A 0.036 A        0.053 A
Classification as per EN 60601-1-11 • Type of protection from electric shock • Level of protection from electric shock • Protection from damaging ingress of water and solids:	Protection class II Typ BF   IP21
Mean sound pressure level/ Operation as per ISO 80601-2-70	about 26 dB(A) at 10 hPa (corresponds to a sound pressure level of 34 dB(A))
Recommended maximum oxygen flow	15 liters/minute

 

Product Benefits

The adult tracheostomy tubes are designed to offer the advantages of uncuffed and cuffed tubes together:

• The cuff’s design has the appearance of a tube that is not cuffed when it is deflated, which is designed to limit the chance of trauma in the event that the tube gets placed in
• The silicone tube design allows the tube to be flexible inside the trachea.
• The wire-reinforced tube shaft design is designed to improve crushing and kink resistance
• The obturator’s clip has a hollow tip that allows the user to switch the tube with the guidewire.
• They are covered with the SuperSlick(r) coating on the shaft’s internal and external surfaces in order to reduce the amount of secretion in the form of encrustation to facilitate suctioning and cleaning
• Adult tubes can be processed up to 10 times

Common applications/procedures the product is used for:

• Management of the airway
• Intermittent/nocturnal mechanical ventilation
• Leak management
• Speech and weaning
• Home and hospital care are used

The adult tube range of tracheostomy is suggested for the following reasons:

• Patients who have sensitive mucosa tracheal or stoma sites
• In cases where the patient requires the ability to communicate
• Patients who receive intermittent or nocturnal ventilation
• Patients are ready to wean.

FAQ’S:

1.What size BIVONA  tracheostomy tube is generally used in adults?

Ans- 5.0 mm to 9.0 mm are used as per your health care provider.

2.What is a paediatric tracheostomy?

Ans- Paediatric tracheostomy (also known as tracheotomy) is a surgical procedure that can help a child breathe by creating an opening in the windpipe.

3.What are the different types of tracheostomy tubes?

Ans- Tracheostomy tubes are made of a variety of medical grade materials: plastic, silicone, sterling silver, and stainless steel. Two types of plastics commonly used are (PVC) polyvinyl chloride (Shiley and Portex) and polyurethane (Tracoe). Plastic tubes are single patient use, and considered disposable.

4.Are there different sizes of tracheostomy tubes?

Ans- Although the tracheostomy hubs are universal, the inner and outer diameters of the tracheostomy tube have different sizes that correspond to the patient’s unique anatomy. Some manufacturers (Portex) have a color coded hub to quickly identify the size of the patient’s tracheostomy tube .