The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space. It is also safety in an MRI environment (indicated MRI).
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space. It is also safety in an MRI environment (indicated MRI).
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space. It is also safety in an MRI environment (indicated MRI).
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space.
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space.
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients un
The Venner™ PneuX P.Y.™ Tracheostomy tube is designed to be used for patients undergoing Tracheal intubation during extended periods (not more than 30 days) of intensive or critical care, and for evacuation or drainage of secretion from the subglottic space.
SPIRO Adapter (white) 14mm for SPIRO 702, 710, 710R and 711 to connect to a non
SPIRO Adapter (white) 14mm for SPIRO 702, 710, 710R and 711 to connect to a non ISO 15 tapered connector
SPIRO Adapter (transparent) 13mm for SPIRO 702, 710, 710R and 711 to connect to
SPIRO Adapter (transparent) 13mm for SPIRO 702, 710, 710R and 711 to connect to a non ISO 15 tapered connector
Freevent HME 22 Regular is a Heat and Moisture Exchanger (HME) intended for spon
Freevent HME 22 Regular is a Heat and Moisture Exchanger (HME) intended for spontaneously breathing tracheostomized patients using a tracheostomy tube with a Ø22mm connector. The HME conditions inhaled air by retaining heat and moisture from the exhaled air. The device also partially restores lost breathing resistance.
Freevent HME 15 is a Heat and Moisture Exchanger (HME) intended for spontaneousl
Freevent HME 15 is a Heat and Moisture Exchanger (HME) intended for spontaneously breathing tracheostomized patients using a tracheostomy tube with a ISO 15 mm connector. The HME conditions inhaled air by retaining heat and moisture from the exhaled air. The device also partially restores lost breathing resistance.
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HM
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HM
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HM
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HM
Freevent DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME 15/22 Regular offers a higher airflow.
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HM
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME 15/22 Regular offers a higher airflow.
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HM
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME
The ProTrach HME 15 XtraMoist offers high humidification while the ProTrach HME 15/22 Regular offers a higher airflow.
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HM
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HM
ProTrach DualCare is a combined speaking valve and heat & moisture exchanger (HME) intended for tracheostomized patients using a tracheostomy tube. In HME-mode the device conditions inhaled air by retaining heat and moisture from the exhaled air. By turning the lid of the speaking valve into speaking mode air is re-directed to enable speech.
The Provox BasePlate Adaptor is an accessory product for rehabilitation after to
The Provox BasePlate Adaptor is an accessory product for rehabilitation after total laryngectomy. It allows attaching medical devices with ISO 15mm standard connector to a tracheostoma by fitting it into a Provox Adhesive base plate, Provox LaryButton or Provox LaryTube. A typical example would be to attach an HME with built-in oxygen adapter (TrachPhone). For single patient use.
Provox Micron HME is a disposable device that features a calcium chloride-treate
Provox Micron HME is a disposable device that features a calcium chloride-treated foam core in a plastic housing. Provox Micron HME also contains an electrostatic filter material which reduces airborne particles. The filter consists of synthetic fibres which, during the manufacturing process, generate electrical charges on the fibre surface. The result is a highly stable, coarse fibred electrostatic filter media with high efficiency against sub-micron particles and low air flow resistance.The housing of Provox Micron HME can be pressed down to occlude the stoma in order to speak with a voice prosthesis. When the pressure is released, the housing automatically retracts and opens the airway passage.
Provox Micron HME is a disposable device that features a calcium chloride-treate
Provox Micron HME is a disposable device that features a calcium chloride-treated foam core in a plastic housing. Provox Micron HME also contains an electrostatic filter material which reduces airborne particles. The filter consists of synthetic fibres which, during the manufacturing process, generate electrical charges on the fibre surface. The result is a highly stable, coarse fibred electrostatic filter media with high efficiency against sub-micron particles and low air flow resistance.The housing of Provox Micron HME can be pressed down to occlude the stoma in order to speak with a voice prosthesis. When the pressure is released, the housing automatically retracts and opens the airway passage.