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Multicolored phototherapeutic system
“Romashka”

Is developed within the framework of the research subprogram «Optotech-1» of GRP «Optotech»

«Romashka» is a small-size system working on the base of superbright LEDs which provide an effective use of methods of photoregular therapy as well as methods of photodynamic therapy (PDT) and methods of antibacterial photodynamic therapy (APDT) in medical technologies.

System «Romashka» provides carrying out therapy by:
•• influence on lesion center of internal localization;
•• influence on lesion center of external localization;
•• influence on projection of internal through skin.

An opportunity to give larger radiation power of different wavelengths to lightguide instrument allows to use system «Romashka» with high level of efficiency almost for all spectrum of inflammatory diseases.

System «Romashka» uses superbright LEDs as the sources of optical radiation. Superbright LEDs are more reliable and have higher working resource in comparison with laser sources of light.

technical data of system
Spectral range of optical radiation (wave length (λ) of LED radiation), μm 0,410±0,15 (violet spectral region);
0,465±0,15 (blue spectral region)
0,520±0,15 (green spectral region)
0,630±0,15 (red spectral region)
0,870±0,15 (infrared spectral region)
Discrete change of medium radiation power density from the series 50; 75; 100; 125; 150; 175; 200; 225; 250; 275; 300 mW/cm²
Maximum value of medium power density of polarization radiation on LED radiator output (polarized attachment is used for radiation polarization) doesn’t exceed 150 mW/cm²
Maximum value of medium power density of nonpolarized radiation on LED radiator output (for PDT and APDT) doesn’t exceed 300 mW/cm²
Duration of radiation influence is regulated in range from 1 sec to 30 min with step 1 sec.
Power consumption of system «Romashka» doesn’t exceed 100 VA
System «Romashka» is powered by alternating current 230±23 V, 50 Hz

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