Callibri Karmin

One of the Callibri sensor models, which is used in the field of professional medicine is Callibri CIG with Karmin software. Wireless Callibri technology is the latest addition to the list of the technical features of the system for cardiointervalography. The main advantage of this system is the fact that the patient is not linked to the device anymore, allowing to perform various examinations as for adults, as well as for children.

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Purpose

The process of cardiointervalogram registration is incredibly simple and doesn't require specific preparation. Callibri sensor is installed on the chest of the patient near the heart.

The system allows performing the following

express registration of the signal
automatic detection of R-deflections and R-R intervals calculation
automatic artifact correction, and creation of RR-interval range
creation of rhythmogram, histogram, scratchogram
calculation of all parameters according to Bayevsky (as in real time, as well as using historical data)

By using the obtained information the system creates an impression about the state of ANS at the current moment in time in both textual and graphic representations. It's possible to compare results in a relaxed condition and under the load. Furthermore, the system allows tracking changes in time.

Examination results can be useful to adjust the treatment plan for patients with neurocirculatory problems, psychosomatic profile, as well as in case of asthenic states and after chronic overload and stress.

Software features

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Real-time creation of rhythmogram, histogram, scratchogram
Heart rate parameters calculation, as well as stress index, mode, mode amplitude, range, electric cardiac pacemaker, congenital malformation, NN50, pNN50.
Creation of the table with the results of comparison between the main and the second indicator of RR-interval range of different examinations.
Spectral analysis of RR-interval range. Calculation of spectral parameters: HF, LF, VLF, ULF.
Automatic creation of the examination impression.
Editing mode, which allows the manual location of R-deflections, and recalculation of the range evaluation.

Technical characteristics

Maximum number of simultaneously used sensors	1
Potential registration type	Bipolar
Wireless interface	Proprietary
Working frequency of the wireless interface	2.4 GHz
Registered signals	ECG
Working range	from 0 to 0,2 V
Noise level on shorted-out outputs	less than 12 mkV
Charging time	less than 4 hours
Continuous operation time	at least 6 hours
Wireless interface working range	up to 5 m