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Inter-Therm™ T+ HME for Tracheostomy

Inter-Therm™ T+ HME for Tracheostomy

Inter-Therm™ T+ HME for Tracheostomy

Product catalog summary
Product Overview: The Inter-Therm™ T+ is a heat and moisture exchange (HME) device designed for tracheostomy patients to maintain temperature and moisture during respiration, preventing complications such as cilia damage and mucous gland issues.
Key Features:
  • Sterile option available by adding 'S' to the product code.
  • Unique corrugated paper design for optimal humidification and low resistance.
  • Clear housing for visualizing pulmonary secretions.
  • Small, lightweight design to reduce airway drag.
  • Clipped suction port for easy access without device removal.
  • Integrated swivel oxygen connector for quick supplemental oxygen connection.
Specifications:
  • Moisture loss: 13.1mg H2O/L
  • Moisture return: 26.1mg H2O/L
  • Resistance at 30L/min: 0.4cm H2O
  • Resistance at 60L/min: 1.1cm H2O
  • Compressible volume: 19ml
  • Weight: 9g
  • Connectors: 15F
  • Minimum tidal volume: >60ml
Oxygen Flow Rates: The device provides varying Fi O2 levels at different oxygen flow rates, ranging from 26.5% at 1 L/min to 50.6% at 8 L/min.
Certifications: Intersurgical Ltd is certified to ISO 9001:2015, ISO 13485:2016, and ISO 14001:2015.
Contact Information: Intersurgical Ltd, Crane House, Molly Millars Lane, Wokingham, Berkshire, RG41 2RZ, UK. Phone: +44 (0)118 965 6300, Email: [email protected]
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Catalog excerpts

Inter-Therm™ T+ HME for Tracheostomy-1

Information Sheet • Airway Management Airway Management • Breathing Filters Quality, innovation and choice

 Open the catalog to page 1
Inter-Therm™ T+ HME for Tracheostomy-2

Information Sheet • Airway Management Inter-Therm™ T+ The Inter-Therm T+ is a heat and moisture exchange device designed for use with spontaneously breathing patients to reduce loss of heat and moisture during respiration. When a patient has a tracheostomy, the normal process of temperature and moisture maintenance is bypassed by the insertion of the tracheal tube. The possible loss of heat and moisture can lead to serious complications, notably damage to cilia and the mucous glands. This in turn may result in retention of sputum and atelectasis, production of mucous plugs and potential tube...

 Open the catalog to page 2

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