Core Advantages
I. Space Adaptability, Flexible Deployment
Specifically designed for surgical locations where space is limited: compact body + mobile trolley (partial configuration), the veterinary anaesthesia machine can be easily integrated into outpatient clinics and small operating rooms. No large equipment room is required, and ‘office-based anaesthesia’ scenarios (such as temporary conversion of pet hospital treatment rooms into operating areas) can also be efficiently deployed, saving space costs.
II. Pure Manual Operation, No Electricity Required
No electricity is needed; only manual operation: the portable veterinary anaesthesia machine eliminates reliance on power sources, enabling stable operation in remote clinics or outdoor temporary surgeries (e.g., wildlife rescue). Veterinarians can manually adjust gas flow and ventilation modes, independently controlling the anaesthesia process to avoid power outages affecting surgical safety.
III. Diverse Ventilation Modes to Suit Different Needs
Ventilation modes: Closed, Half-closed, Half-open: The veterinary anaesthesia machine can flexibly switch modes to accommodate different animal weights and surgical durations. For example:
Closed mode: Precisely controls anaesthetic gases, suitable for prolonged surgeries requiring deep anaesthesia (e.g., major orthopaedic surgeries);
Half-open mode: Rapidly expels exhaust gases, suitable for quick procedures (e.g., sterilisation, tooth extraction), minimising residual anaesthetic gases.
IV. Efficient CO₂ management ensures respiratory safety
Classical CO₂ circle absorber: 1 absorption tank design, low resistance, minimal leakage, 60 cmH₂O peak pressure protection, effectively removes CO₂ from exhaled gases, maintaining clean gases in the animal's respiratory circuit;
Minimal gas leakage: Ensures stable anaesthetic gas concentration, avoids waste and environmental pollution, while reducing anaesthetic risks for animals caused by gas fluctuations.
Technical Specifications Overview
Design Features: Compact design for small spaces, fully manual operation
Ventilation Modes: Closed, semi-closed, semi-open
CO₂ Handling: Single-tank absorption, low resistance, low leakage
Tidal Volume (Manual Mode): 20–1500 ml
Gas Supply: O₂ / O₂+N₂O / O₂+Air (0.25–0.65 MPa)
Flowmeter Range: O₂ / N₂O 0.1–10 L/min
Safety protection: APL valve (0.5–6.0 kPa), O₂ flush (25–75 L/min)
Absorption tank capacity: 1000 mL
