The DFR-02 defibrillator is designed for arresting cardiac arrhythmias with an electric pulse, as well as for recording and indicating the heart bioelectric potentials on the monitor. The device can be used for resuscitation, and for the planned restoration of the rhythm. The instrument kit includes methodological instructions for electropulse therapy of tachyartisms developed by the State Research Institute of General Reanimatology of the Russian Academy of Medical Sciences.

Designed to implant and restore the musculoskeletal function of the hip joint, lost due to diseases and injuries.

Heat, health-bringing compactness, efficiency, economy, durability, functionality

reliability, simplicity in control, functionality, maintaining an optimal temperature, alarm system

The device is intended for conducting controlled artificial ventilation of the lungs of newborns and children in the process of resuscitation in the conditions of clinical hospitals, maternity homes, children's research institutes. The unique technology used in the device eliminates the need for exhalation valves, diaphragms and provides ventilation for patients weighing from 500 g to 20 kg. It refers to fans with pressure control and time switching (time-cyclic). It has all the necessary parameters for mechanical ventilation in full-term and deeply premature infants.

The workplace is intended for the integrated placement of diagnostic devices that provide examinations of the eyes of a patient sitting in a chair.

Monobinoskop MBS-02 is intended for the prevention, diagnosis, rehabilitation therapy and treatment of functional visual disorders in children (amblyopia, strabismus, nystagmus, progressive myopia and visual fatigue). In combination with drugs, the device can be used to treat herpetic corneal lesions.

The device is designed to determine birefringence in flat workpieces and products made of transparent and slightly colored materials. Advantages: The device is used to quantify the magnitude of birefringence using the Senarmon method, to estimate the distribution of birefringence in an object by interference colors, to study the distribution of birefringence in an object in circularly polarized light. The advantages of the device: a large viewable field allows you to control large-sized workpieces and parts, as well as to simultaneously monitor several samples.

Designed for binocular stereoscopic reflexless fundus examination using the method of ophthalmoscoping in reverse form when illuminated with white, blue and blue-green ("red-free") light. The device can be used without medical expansion of the pupil for diagnostic purposes and during surgical operations. The ability of the device to work from an autonomous power supply unit allows to increase the productivity of medical personnel and conduct ophthalmological studies both in hospital wards and at home, at the patient’s bedside.

The device is designed for ophthalmoscopic examination of the fundus in both direct and reverse forms, as well as for the study of the anterior part of the eye, diaphanoscopic examination of the eyeball.