JSC "Research Institute of Gas Discharge Devices "PLASMA" manufactures a wide range of gas-discharge molecular lasers with nitrogen filling.

PLASMA has been engaged in development and production of thyratrons (pulsed hydrogen) since 1960, actually from the time of foundation of the company. A stable demand for our thyratrons among developers and users of such devices as radars with different power levels, high-power pulsed technical, electrophysical, medical devices and laser apparatus is a proof of a high quality of devices. Sophisticated design and high quality ceramic-metal envelope determines long lifetime and very accurate and reliable operation of thyratrons under vide range of environmental conditions.

Metal-ceramic X-ray tubes IRTP-240 are to be used in X-ray equipment Arina-7 and Arina-9. It has higher power and longer operation time.

Compact pulse not protected from lost radiation X-ray tube IRTP3-D with cold cathode is designed for medical X-ray treatment of the sick in stationary and nonstationary conditions and for industrial X-raying materials. The tube can be applied in local fault detector "Arina-1", "Arion" and in X-ray machinery under development.

Compact pulse not protected from lost radiation X-ray tube IRTP3-D with cold cathode is designed for medical X-ray treatment of the sick in stationary and nonstationary conditions and for industrial X-raying materials. Small size and weight enable to design pulse X-ray machinery of extremely light weight and size with power-line supply ac 220V 50 Hz and battery supply 24 V. It allows to use this device in hard-to-reach places especially in the regions of far North.

Plasma, JSC, has rich experience in developing and manufacturing corundum and forsterite industrial ceramics enabling to assist you in solving technological problems of many kinds.

JSC "Plasma" has great experience in the field of development and production of alumina ceramic devices. We use the alumina material BK94-1, which possesses high thermal conductivity and heat resistance, low dielectric absorption losses in wide range of frequencies and temperatures, high levels of mechanical strength, electric strength and electrical resistance.