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Channels & UniPort

Comprehensive information about the patient's vital data

Compromises between quality and the set of monitored parameters cannot be tolerated. In UM 300-S monitors there are all necessary channels in accordance with the Harvard standard for monitoring during anesthesia. Then it's easy to extend the set with UniPort modules.

All channels have built-in protection
for the effects of defibrillator and electrosurgical units

Wide range
of measurement channels

Basic configuration

for all models

• ECG (3- or 5-lead)

• Heart rate

• Respiratory rate

• NIBP Smart

• SpO2 Masimo SET® or OxiMax

• Temperature 1-2 channels

• CO2 main or sidestream*

• Multigas (AAg) main or sidestream*

• UniPort universal connectors (1-2 ports)

*sensors are not included

Extended configuration

via UniPort™

• 12-lead ECG

• Depth of anesthesia (BIS index)

• Multigas (AAg+O2)

• Neuromuscular transmission (NMT)

• Invasive blood pressure (IBP)

• Invasive cardiac output (Thermodilution)

• Non-invasive cardiac output (Impedance cardiography, ICG)

• EEG / Amplitude-integrated EEG

How does UniPort work

Be prepared
for every clinical case

Uniport is own developed technology for additional modules connection that has a number of undeniable advantages.


Compact placement, whether you need one additional module or several

  • No need for any racks or slots
  • Save space
  • No access for dust and infectious agents

Add additional channels easily and quickly

  • Plug&Play — auto recognition and visualization
  • Compatible with all UTAS monitors (one module for all monitors in the unit)
  • Readiness to adjust to new clinical situations (up to 4 additional channels per monitor with UniHUB)

Create the most effective configuration — no more but no less as it is necessary

  • Economy and accuracy through customization
  • Build a set for anesthesiology, cardiology, hemodynamic, neonatology, etc.
  • Wide range of sensors: disposable and reusable, for all age groups

Parameters for each clinical situation

We ensure the of measurements reliability by

Cooperation with global
top-class suppliers
and innovation leaders

Our Research and Development department has many years of experience in developing modules for measuring physiological parameters, developing software according to modern standards, using recent technologies.

Research and Development

Measurement modules that we are especially proud of

ECG module

The main priority in ECG module development was aimed to provide stable and qualitative signals while measurement in difficult conditions. Motor artifacts of the patient, measurement while electrosurgical instrument usage, loss of contact quality of ECG electrodes with a patient, and others.

Main features of UTAS’s built-in ECG module:

  • 12 lead ECG acquisition with 5 lead cable by Uni-ECG technology.
  • Intelligent algorithm of QRS complex pattern recognition.
  • Adaptive «surgical» filter
    with electrosurgical units detection
  • Online analysis of 28 types of arrhythmia
  • Electrodes contact quality check
  • QTc interval analysis
  • Cross-reference signal usage from other channels


ECG measuring channel by UTAS

  • ST-segment shift analysis, averaged QRS complex analysis
  • Auto switching to alternative lead for HR and RR channels, if current lead cannot be registered
  • HRV

NIBP Smart

In the process of NIBP module development, we consider high requirements for resistance to artefacts and maximum adaptation to the patient’s age group to obtain reliable measurement results.


  • Advanced protection algorithm against artefacts
  • Age adopted measuring process
  • Auto detection of cuff size
  • Venous puncture mode
  • Fast measurement mode
  • Remote NIBP measurement from UNET-S Central Station

EEG with aEEG function

In the development of the EEG module, the priorities were the high accuracy of recording neurological signs, the efficiency of pattern interpretation (special algorithm for analyzing aEEG patterns), as well as ease of use of the module by clinicians.

  • Simple brain biopotentials registration.
  • Effective interpretation and analysis of patterns.
  • Ability to connect various types of electrodes (needle, dry, cup).
  • Registration according to standard «10-20» schemes and the possibility to hold specialized EEG studies.
  • Density Spectral Array with additional trends displaying.

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