Respiratory filters are an essential component in the operation of anesthesia machines and mechanical ventilators. They provide protection for both patients and equipment from bacterial and viral contamination, while ensuring the stability of the breathing circuits.
Using high-quality respiratory filters minimizes the risk of cross-infections, maintains ventilation efficiency, and creates safe conditions for both patients and medical staff.
Consumables and accessories
This category includes several main types of respiratory filters: electrostatic, mechanical, heat and moisture exchangers (HMEs), and combined filters with HMEs.
Electrostatic filters operate using the electrostatic charge of the fibers, effectively capturing microparticles with low airflow resistance. Mechanical filters create a physical barrier against bacteria and viruses, providing the highest level of protection.
Heat and moisture exchangers retain heat and humidity in the respiratory gases, replicating the natural functions of the upper airways. Combined filters combine infection protection with the maintenance of optimal humidity and temperature of inhaled air.
Clinical applications
Respiratory filters are used in intensive care units, operating rooms, and resuscitation wards during mechanical ventilation and anesthesia procedures.
They help ensure patient safety, maintain effective respiratory support, and protect the devices from contamination. Using certified filters reduces the risk of infectious complications and meets modern infection control standards.
Buy respiratory filters
DM-PROJECT supplies original Dräger respiratory filters of various types for anesthesia machines and ventilators. You can purchase electrostatic, mechanical, heat and moisture exchangers, and combined filters with official warranty and service support.
Our specialists will help select the optimal solution for your department, organize delivery, and provide staff training. Using high-quality respiratory filters ensures stable equipment operation, infection protection, and patient safety in all clinical settings.
