This table moves in six directions for advanced positioning, essential for efficient workflows in high-volume diagnostic environments.
Delivers stable, high-quality imaging across various body parts with precise exposure control.
DR readiness, anatomical presets, and error alerts streamline radiographic procedures and enhance productivity
Feather-touch Panel: Soft-touch interface ensures easy operation and long-term durability.
Programmable APR Feature: Stores anatomical presets, reducing time spent on manual settings.
Full Diagnostic Display: Shows all exposure parameters and errors.
6-Way Table Motion: Offers unmatched flexibility.
Vertical Bucky: Included as standard for upright imaging.
6-Way Table Motion: Offers unmatched flexibility.
Vertical Bucky: Included as standard for upright imaging.
Available with a choice of:
Chinese-manufactured X-ray tube
Japanese-manufactured X-ray tube
Both options ensure reliable performance and long service life.
Available with a choice of:
Chinese-manufactured X-ray tube
Japanese-manufactured X-ray tube
Both options ensure reliable performance and long service life.
Mi 300 (Line Frequency): 24 kW, 300 mA, 125 kV, 300 mAs
Mi 300 HF (High Frequency): 15 kW, 300 mA, 125 kV, 320 mAs
Mi 400 HF: 32 kW, 400 mA, 125 kV, 400 mAs
Mi 500 HF: 40 kW, 500 mA, 125 kV, 500 mAs
Mi 600 HF: 52 kW, 600 mA, 125 kV, 500 mAs
Mi 800 HF: 52 kW, 800 mA, 150 kV, 500 mAs
Mi 1000 HF: 80kW, 1000 mA, 150kV, 500mAs
Available in Line Frequency and High Frequency models.
Compatible with DR retrofitting for a full digital upgrade.
Available in Line Frequency and High Frequency models.
Compatible with DR retrofitting for a full digital upgrade.
Medion is a trusted manufacturer of X Line Advance Series, providing precise X-ray imaging systems for hospitals and diagnostic centers. Equipped with advanced radiography technology, these Made-in-India solutions ensure high-quality imaging, enhanced diagnostic accuracy, and reliable performance, empowering healthcare professionals to deliver superior patient care and efficient clinical workflows across medical facilities.
