Two Vaporizers Anesthesia Machine

Two Vaporizers Anesthesia Machine

Display:
12.1 inch touch screen with no dead space.
NEW interface design with user friendly layout and color assortment.
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Product Details

Display:

12.1 inch touch screen with no dead space.

NEW interface design with user friendly layout and color assortment.

Day/Night display mode brings a better visual perception to users. Night mode suitable for dark environment.

To display a full range of ventilation modes including VCV, PCV, SIMV-V, SIMV-P, PSV. Also displays pressure, flow rate, volume and C02 waveform in same interface.

Real-time detection for loops, airway pressure, flow rate, volume, compliance and airway resistance.

Comprehensive monitoring capabilities include ventilation parameters monitoring, preset parameters, alarm indication and breathing waveform monitoring.

Typical display for Zoom in/out, comparsion, freeze.

Event logging function.

Integrated Breathing Circuit:

Integrated breathing circuit with APL valve, excellent tightness and easy to use.

Low essential resistance, good mechanical compliance.

Replacing drive bellow is not required when operating pediatric anesthesia.

Drain cup design ensure no water trap in the breathing circuit.

Built-in design duo flow sensor( no maintenance required).

2 L Large volume of CO2 canister.

Autoclave 134℃

High-precision Vaporizer:

·New vaporizer can be used for large flow anesthesia (up to 15L/Min).

·Apply automatic compensation function for temperature, pressure and flow.

·Apply Interlock Selectable.

·Pouring type: Isoflurane, Enflurane, Halothane, Sevoflurane

ACGO:

·International standard design (diameter: 22mm).

·Convenient for patients' oxygen inhalation and postoperative recovery.

·To connect with T circuit or bain circuit for open-operation.

Yoke system:

·Up to 3 back up cylinders with A-type 11L size.

AGSS(Optional):

·Made by aluminum alloy. High strength, light weight, no rust at any time.

·Enhance the safety of the environment in which members of staff in close proximity with waste anesthetic gases and vapors (agents) work.


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