Anesthetic and Patient Monitoring


From induction to recovery, we follow essential safety standards

to guarantee patient safety throughout the procedure.

Electrocardiography (ECG)

◼︎ Real-time assessment of cardiac function during anesthesia

Detects arrhythmias and other heart irregularities instantly.

SpO₂ (Pulse Oximetry)

◼︎ Non-invasive oxygen saturation monitoring during general anesthesia

Provides objective evidence of sufficient oxygenation.

End-Tidal CO₂ (ETCO₂)

◼︎ Measurement of carbon dioxide levels to evaluate ventilation efficiency and ventilator performance.

Constantly tracks exhaled CO₂ in real time.


Fraction of Inspired Oxygen (FiO₂)

◼︎ Continuous monitoring of delivered oxygen concentration during mechanical ventilation

Enables real-time oxygen adjustment and is vital for patient safety during general anesthesia.

This feature is not supported on low-end anesthesia machines.

Automated Non-Invasive Blood 

Pressure Monitoring

◼︎ Periodic automatic blood pressure measurements during general anesthesia

Enables quick response to changes in patient condition.


Neuromuscular Transmission 

Monitoring (NMT)

◼︎ Evaluation of neuromuscular blocking agents' effects and residual blockade

Confirms sufficient muscle relaxation during surgery and evaluates recovery afterward.

Processed EEG Monitoring

◼︎ Real-time assessment of anesthetic depth

Guides anesthetic dosing and helps prevent overly deep anesthesia.



Backup Oxygen Cylinder

◼︎ Availability of an extra oxygen supply during general anesthesia

Ensures patient safety during unexpected oxygen disruptions.


Temperature Monitoring

◼︎ Continuous intraoperative temperature surveillance

Facilitates early detection of malignant hyperthermia and prevents hypothermia.