Common Features 

● Operating Modes: Pneumatically driven & electronically controlled, closed, semi-closed and semi-open

● Anesthesia Ventilator: Built-in high visibility, wide angle LED alphanumeric data display

● Standard integrated metallic modular respiratory circuit; completely solves the problem of gas sealing under high temperature disinfection, easy to clean and disinfect

● High precision two tube flowmeter, fitted with interlocking oxygen-nitrous oxide supply, guarantees oxygen output is never lower than 21%

● Power Failure Support Functions: Automatically converts to backup power mode during AC power outages

● Fully metallic frame, precise construction, elegant design, equipped with automated self-checking function during startup and an automatic self-calibrating sensor

● Alarms: Audible and/or visual alarms for tidal volume, airway pressure, power failure, oxygen failure and other alarms

● Equipped with infrared turbine flow sensor; precisely measures gas flows, stable and reliable

● Vaporizer: Imported tank components assembled locally; Enflurane, Isoflurane and Sevoflurane (Halothane optional). Also possesses self-compensating functionality

● Equipped with advanced international rotating Na-lime tank, easy-operate, requires only one hand, and uses imported PPSU material and temperature resistant to 134°C

● Multi-parameter Patient Monitor: Optional

Advanced Model Exclusive Features

● Vaporizer with dual tank design, effective for extending surgical lengths and features interlocking tank capability



(Standard Model)

(Advanced Model)



Flowmeter Range

O2: 0.1-10L/min

N2O: 0.1-10L/min

Ventilation Mode


Back-up Power Supply

At least 4 hours

Tidal Volume

Adjustable range: 50-1500ml

Display range: 0-2000ml

Respiratory Rate


Inspiratory/Expiratory (I:E) Ratio


Inspiratory Pressure Trigger


Vaporizer Concentration Ranges


Vaporizer Slots

Single PA-I type slot

Double PA-I type slots

Copyright © 2022 . Sichuan Shuanghuan
Contact us
Wechat:+86 191 3612 7185
Information acquisition
Powered by Feedback analysis