Innovations in CT: Designed for Ultra High Resolution and Photon Counting

Dunlee will showcase its portfolio of CT X ray tubes engineered for the next generation of imaging systems, including ultra high resolution and photon counting CT. These tubes feature extra small and stable focal spots enabling significantly higher spatial resolution. Dunlee’s unique Liquid Metal Bearing (LMB) technology supports superior heat dissipation even when using small focal spots. These features support sharper imaging, enhanced system reliability, and improved overall performance.

Oncology Solutions: The Eyes to Your Radiation Therapy System

Dunlee’s comprehensive Oncology Bundle includes a ct tube, a flat panel detector and a 1D anti scatter grids. This bundle is uniquely suited for image guided radiotherapy: The excellent soft tissue visibility supports precisely targeted treatment delivery. 

1D Anti Scatter Grids: The Hidden Hero of Image Quality

Another highlight to be presented are Dunlee’s fiber interspaced 1D anti-scatter grids, designed to reduce scatter and significantly improve image quality. In comparison to traditional aluminum grids, fiber-interspaced grids allow for lower patient dose while achieving superior image quality. The new XL grids series also support large field-of-view applications.

2D Anti Scatter Grids: 3D Printed for Next Generation CT

For advanced CT systems, Dunlee will also showcase 2D anti-scatter grids made of pure tungsten, the next step in scatter reduction technology. Created through additive manufacturing, these grids reduce scatter in two directions, thereby improving overall image quality. This technology is particularly valuable for modern, high resolution CT system design. 

Supporting Knowledge: White Paper Distribution

In line with ECR’s “Rays of Knowledge” theme, Dunlee will also distribute its new white paper on how advanced tube technologies improve spatial resolution in photon counting and ultra high resolution CT systems. 

Visit Dunlee at Hall X2, Booth #204 to find out more.