Heated Humidifier Tank

Replacement water chambers for heated humidifiers that add moisture to pressurized air during CPAP therapy. Proper hydration reduces airway irritation and improves patient comfort.

A replacement water chamber for CPAP humidifiers. Requires periodic replacement to maintain optimal moisture delivery during therapy.

Replaceable humidification component for sleep and respiratory devices. Maintains optimal humidity levels in delivered airflow for patient comfort during therapy.

A humidification chamber with auto-fill capability for use with CPAP/BIPAP therapy systems. This accessory maintains proper humidity levels during respiratory treatment.

A temperature-controlled tubing for CPAP systems reducing condensation and improving comfort. Maintains consistent air temperature during delivery of pressurized therapy.

Replaceable chamber component for mechanical ventilator systems adding moisture to delivered gas. Prevents airway drying during long-term ventilation.

Water reservoir component within heated humidifiers for respiratory gas conditioning. Designed for safe water containment and thermal heating in humid gas delivery systems.

An adapter component for humidification systems used with PAP devices. This accessory connects the water chamber to the CPAP system for moisture delivery.

A single-use humidification chamber designed to add moisture to respiratory gases during ventilation or oxygen therapy.

Sterile, single-patient-use chambers that heat and humidify respiratory gases. Designed for one-time use to prevent cross-contamination in respiratory care.

Heated tubing for CPAP and BiPAP devices that resists condensation buildup. The integrated heating prevents water accumulation in the tubing during therapy.

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.