RADGIL 2 — the successor to the old REDGIL devices developed in the late 80s. RADGIL 2 eliminates the danger of isotope release while retaining the advantages of X-ray technology by reducing the amount of radiation exposure associated with the radiation source:

• Reduces the danger associated with the use of radioactive sources, thus addressing safety and regulatory compliance issues

• Provides uniform irradiation of blood containers in a rotating chamber

• Has adjustable voltage levels (up to 200 kV) depending on the application

• Eliminates the problem of isotope disposal after the product's service life

Examples of the touchscreen display status

• kV in the network

• mA in the network
• The processing progress indicator displays its progress in percentage. The indicator changes color from black to green as the process progresses.

• Operator code

• Temperature inside the chamber

• Container status (whether it is in the chamber, rotating, or not)

• Date and time

• Time until the end of the procedure

• X-ray exposure usage indicator Process parameter management and report storage is done through a dedicated Ethernet port. The system fully ensures the registration of technical parameters over a long period for a thorough assessment of effectiveness and reliability of results.

• Alarm sound signals:

• Signal for system activation

• Use of X-ray exposure
• Completion of the pre-heating period
• Completion of processing

• Stationary anode water-cooled X-ray tube

• Tube current 7 possible kV settings: 80, 100, 120, 140, 160, 180, 200 kV

• Anode current 4 possible settings in mA: 5, 10, 15, 20 mA

• Adjustable processing time from 1 second to 99 minutes.
• Fully automatic pre-heating

• 6 additional interchangeable X-ray filters

• Complete self-diagnosis for quality processing. A dedicated panel allows authorized users to set kV, mA, and time (seconds, minutes) parameters.

• High performance — processing up to 6 blood containers of 300 ml in 4 minutes at 25 to 30Gy.

• The use of a rotating chamber for processing blood containers maximizes the uniformity of irradiation.

• During processing, the blood is mixed to prevent the risk of platelet aggregation.

• The X-ray chamber can be adapted for processing blood containers or other processing procedures for larger volumes.

• An additional camera provides visualization of the X-ray chamber on the control screen.