The unique needs of radiation oncology make it important to have image data across the entire bore of the CT simulator. MaxFOV 2 uses GE Healthcare’s proprietary deep learning algorithm to build an extended view up to the edge of the bore. With up to 80 cm extended Display FOV (DFOV), MaxFOV2 allows for less limitations and better image quality that include:

• • 2 mm skin line with 40 HU accuracy from 50 cm to 70 cm DFOV
• • 3 mm skin line with 60 HU accuracy from 70 cm to 80 cm DFOV

Smart MAR 2.0 is designed to reduce artifacts of high-density materials, including orthopedic implants, dental fillings, and other metal in the body. Our metal artifact correction technology is based on raw data, enabling you to reduce artifacts caused by both photon starvation and beam hardening, revealing the anatomy that was concealed all the way out to the edge of the bore.

By measuring respiratory motion directly from the patient’s internal anatomy, this breakthrough innovation allows you to create 4D images without the use of an external monitoring device. The result is a simplified workflow for the staff and patient, while still providing high-quality gated studies for advanced therapies, such as SBRT.

With a combination of computing hardware and software enhancements, this subscription service allows you to optimize key RT technologies when needed. Instead of a CT Simulator that starts to “fall behind” technologically from the time you order it, you can now take advantage of future generations of applications and enhancements so you have a system that's always getting better.