KDR Flex OTC

The KDR Flex Overhead X-ray System is distinguished by its unique ability to switch between manual, auto, and assist modes, coupled with a customizable interface for intuitive operation. Its robust design ensures stability and precision, while the auto-positioning feature aligns the tube accurately with the detector. The high-resolution touch screen on the tube and zero effort technology simplify examinations, and the option for Dynamic Digital Radiography (DDR) offers enhanced diagnostic capabilities by visualizing anatomical motion. This system stands out for its comprehensive approach to conventional radiography, blending advanced technology with user-centric features for optimal performance.

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Description

KDR Flex:

  • Versatile Functionality: The KDR® Flex is the first of its kind, capable of converting between manual, auto, and assist modes, which makes it adaptable to various clinical needs and operator preferences.
  • Integrated System: Designed as a comprehensive solution, it combines a high-frequency generator, a radiographic table, and a wall bucky to cater to all conventional radiographic requirements.
  • User-Centric Design: Features a tube-mounted user interface and image preview, allowing for immediate adjustment and visualization, thereby enhancing the efficiency of the imaging process.
  • Effortless Operation: Engineered for zero-effort movement, the system ensures ease of use and reduces the physical strain on operators during positioning and adjustment.
  • Stability and Precision: The robust design minimizes instability and vibration, with electromagnetic locks that secure accurate positioning for high-quality imaging.
  • Advanced Positioning: Incorporates auto-positioning and alignment capabilities, ensuring the X-ray tube and detector are perfectly aligned, with motorized axes providing extensive travel and angulation options for comprehensive coverage.
  • Dynamic Digital Radiography (DDR): Offers an option for DDR, an advanced imaging technology that captures a sequence of images at high speed and low dose, enabling the visualization of anatomical movement over time for enhanced diagnostic insights.

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