Reliable Supports in Critical Care

Heat-moisture exchanger (artificial nose) for airway management in patients requiring mechanical ventilation or emergency oxygenation. Passively recovers heat and moisture from exhaled breath to maintain airway physiology and reduce complications. Single-use sterile device designed for hospital and critical care settings.

Heat and moisture exchanger (HME) designed for tracheostomy patients to restore physiological humidity and temperature to inhaled air. Reduces complications associated with bypassed upper airway by filtering, warming, and humidifying gas flow. Indicated for both acute and long-term tracheostomy care in clinical and home settings.

HME 12 Basic is a heat and moisture exchanger designed for respiratory care during mechanical ventilation and anesthesia. It conserves heat and moisture from exhaled breath, reducing airway irritation and improving patient comfort. Ideal for use in operating rooms, ICUs, and recovery settings.

Passive humidifiers that retain heat and moisture from exhaled breath to condition inspired air in medical gas delivery systems. These exchangers are designed for anesthesia, intensive care, pediatric, neonatal, and home care settings. Pharma Systems offers HME products with documented performance and tested design for both adult and pediatric patients.

Passive device for warming and humidifying inspired gases in anesthesia and intensive care applications. Reduces heat and moisture loss from the respiratory system during mechanical ventilation.

HME (Heat and Moisture Exchanger) filter for respiratory applications in clinical settings. Designed to filter and condition inspired gases while reducing contamination risk during mechanical ventilation or anesthesia delivery. Single-use, sterile device suitable for patient protection in operating rooms and intensive care environments.

Heat moisture exchanger (artificial nose) with integrated oxygen connecting tube for airway management in emergency intubation scenarios. Designed for CICO (can't intubate, can't oxygenate) situations, this disposable device maintains airway temperature and humidity while facilitating oxygen delivery. Single-use sterile consumable for critical care and emergency medical applications.

A heat and moisture exchanger device designed to humidify and warm inspired gases during mechanical ventilation. Reduces airway drying and improves patient comfort during anesthesia and critical care.

A high-efficiency heat and moisture exchanger for anaesthesia and respiratory care, presented in a clear housing for easy inspection. The device is designed to provide heated and humidified gases in breathing systems, ensuring that inspiratory gases are optimally humidified and heated to lower the risk of hypothermia and damage to the respiratory tract. It eliminates the need for water traps and their maintenance, prevents dry gas from affecting sampling tubes and analyzers, and reduces colonization risk. Features conical fittings in accordance with ISO standards and should be changed every 24 hours or more frequently if resistance increases.

Tracheostomy HME (Heat and Moisture Exchanger) filters are disposable devices designed to humidify and warm inhaled air for patients with tracheostomies, reducing airway irritation and secretion buildup. These single-use, sterile filters attach directly to the tracheostomy tube and help maintain optimal respiratory conditions in both acute care and long-term management settings.

Respiratory medical devices including breathing circuits, anesthesia tubing, masks, and humidification systems designed for oxygen therapy and airway management. Products feature radiation sterilization, sterile humidification without preservatives, and are manufactured under ISO 13485 and GMP standards for clinical and emergency care applications.

Pediatric heat and moisture exchanger filter designed for anesthesia and mechanical ventilation applications. The HMEF conserves patient body heat and moisture during respiratory therapy in clinical and intensive care settings. Engineered with GVS porous plastic technology for efficient gas exchange and condensate management.