Microprocessor-controlled low-frequency power supply with high voltage regulation by means of a ballast resistor included in the main circuit. The maximum power in the load is up to 15 kW. It can be used for  modernization of the existing fleet of X-ray equipment.

Microprocessor-based low-frequency power supply with pulse-width regulation of high voltage. This method improves high voltage stability and reduces radiation exposure to patients. The maximum power in the load is up to 15 kW. X-ray power supply IEC-F3 can be used for  modernization of the existing fleet of X-ray equipment.

The X-ray power supply is based on a 22 kW medium-frequency thyristor inverter. The power supply operation is controlled by a single-board specialized controller. The device includes a transformer-rectifier unit and a control panel. This power supply is software compatible with other devices in the IEC series.

It is designed to power the X-ray emitter with all the voltages necessary for operation. The IEC-F6 source refers to single-phase low-frequency devices in which the voltage increase is carried out at a mains frequency of 50 Hz, but high-frequency stabilization of the voltage amplitude is used. The device can be used for the modernization of old fluorographic devices, as it does not require the replacement of high-voltage equipment.

The high-frequency power supply is designed to work as part of film and digital fluorographic X-ray machines. It includes a control unit containing all the necessary power sources for the X-ray emitter and an X-ray machine control controller, as well as a monoblock - the X-ray emitter itself, combined in one housing with a high-voltage generator.

High-frequency power supply with a power of 50 kW designed for use as part of digital X-ray medical devices. It works complete with transformer-rectifier unit and control panel.

The IEC-R9 power supply is designed to power the X-ray tube as part of a mobile X-ray machine. It is built on the basis of a high-frequency transistor inverter with an output power of up to two kilowatts and can be used with X-ray tubes without anode rotation. Has a built-in control panel.

The device is a battery of electrolytic capacitors with a charge and voltage control device. Designed to work with X-ray power supply IEC-F7. The device improves the consumer properties of the X-ray machine, reducing the current consumed from the network during the X-ray, provides the X-ray emitter with guaranteed power even at low mains voltage.

It is designed to supply the X-ray tube with all the necessary voltages. The device is powered by a battery with a nominal voltage of 24 V and can be used in the field.

The power supply IR160/2 is designed to power the X-ray tube with all the necessary voltages as part of X-ray non-destructive testing machines (X-ray flaw detection), production quality control systems and baggage screening equipment. It consists of two blocks: a transducer block and an emitter block.

The DC voltage source BHV-60-1 is designed to power X-ray emitters with a constant high voltage with an effective value of up to 60 kilovolts and can be used as part of scientific and industrial installations.

The DC voltage source BHV-100-1 is designed to power X-ray emitters with a constant high voltage with an effective value of up to 100 kilovolts and can be used as part of scientific and industrial installations.