Function It is provided for adaptation of newborns and care for them in maternity units, intensive care units and resuscitation departments for newborns, as well as restoration of their vital functions.

Function The warmer is intended to be used as a basic or auxiliary heat source for neonates during resuscitation activities and also during extra intensive phototherapy of neonates, in the obstetrics institutions, perinatal centers, specialized centers and research institutes of maternity and childhood protection.

Function The OFN-02 neonatal phototherapy irradiator is intended for the effective treatment of jaundice in newborns without the use of additional medications in the obstetrics institutions, perinatal Centres, specialized Centres and the Research Institutes for Maternal and ChildHealth. On the totality of medical indicators, OFN-02 significantly exceeds the corresponding characteristics of lamp irradiators. The principle of the irradiator operation is based on irradiating the baby's skin with light radiation in the spectral range of 450-500 nm (blue radiation), which leads to a decrease in the concentration of bilirubin in the blood.

Function It is designed for the ultra-intensive phototherapy for newborns in order to effectively treat jaundice in maternity hospitals. The concentration of indirect (unbound) bilirubin in the blood is reduced due to irradiation of the newborn with a light flux in the spectral treatment range of 430-530 nm.

Function The ODN-01 Heater for newborns is intended for compensation of heat losses in newborn children with hypothermia in the Mother and Child wards, intensive care units and pathology of newborns. Areas of application include maternity hospitals, perinatal Centres, specialized Centres and research institutes for the protection of maternity and infancy, and children's hospitals that provide assistance to newborns.

Mobile lidar complex is designed for environmental monitoring and meteorological parameters analysis.

A heating element shielded with heat-conducting ceramics and installed into the roof grooves, has been industrially tested within a stationary aluminium holding furnace of 35 tons capacity. Measurements which have been taken during industrial tests have shown the increase of the furnace heat efficiency by 25%.

Heating elements shielded with a steel protective tube are widely used in stationary and tilting furnaces. Such a construction helps to protect a heating element from extrenal exposure and prolong its lifetime.

The technology of achieving reliable electric contact between a cathode block and a current-conducting steel bar of electrolyzer cathode sections is confined in pre-heating of cathode block up to the temperature of (250-500)°С and successive liquid cast iron casting into a groove.

Systems for non-channel MHD-stirring of aluminium alloys have been supplied to aluminium smelters and metallurgical plants of Russia by RPC Magnetic hydrodynamics Ltd. for more than 20 years already. By the present time we have commissioned more than 50 systems,