Core Advantages
I. Multi-mode ventilation to meet diverse needs
As an independent veterinary anaesthesia ventilator, it features IPPV, SIMV, and Manual modes. IPPV mode enables forced ventilation to rapidly establish a breathing rhythm, suitable for the induction phase of anaesthesia or animals with respiratory depression; SIMV mode coordinates spontaneous breathing with mechanical ventilation, helping to reduce respiratory muscle atrophy, commonly used in prolonged anaesthesia and postoperative recovery scenarios; Manual mode grants veterinarians precise manual control over ventilation, addressing emergency situations or special respiratory requirements, and flexibly adapting to different surgical anaesthesia procedures.
II. Safety Monitoring, Ensuring Anaesthesia Safety
The veterinary anaesthesia ventilator is equipped with essential monitoring and alarm functions, continuously monitoring critical parameters during anaesthesia. In the event of abnormalities (such as inadequate ventilation or abnormal airway pressure), it promptly issues an alarm to alert the operator for intervention, effectively preventing severe anaesthesia complications like respiratory failure, thereby establishing a robust safety barrier for animal surgical anaesthesia.
III. Flexible Adaptability, Compatible with Multiple Brands of Equipment
The veterinary anaesthesia ventilator adopts an international connector design, enabling compatibility with anaesthesia machines of various brands. Whether it is existing anaesthesia machines of different brands in pet hospitals or newly purchased anaesthesia machines, the FTLAV-10B can be easily connected without concerns about compatibility issues, reducing equipment upgrade and maintenance costs while enhancing the flexibility and convenience of equipment use.
IV. Precise Parameters, Suitable for Different Animals
Tidal Volume: Adjustable range of 50ml to 1600ml, allowing precise settings based on animal size (from small pets to medium-sized livestock) to meet the respiratory needs of animals of different weights;
Respiratory Frequency: 3 to 40 BPM (breaths per minute), adapted to the respiratory rhythm characteristics of animals under anaesthesia;
Inspiratory-Expiratory Ratio (I:E Ratio): Fixed at 1:2, consistent with animal respiratory physiology, ensuring efficient gas exchange.
