This advanced scanner is designed to help healthcare professionals minimize radiation doses without compromising on diagnostic image quality. Whether you’re dealing with pediatric or geriatric patients, or those of various sizes and conditions, this scanner accommodates a comprehensive range of medical procedures. Despite its robust capabilities, it boasts a compact footprint that seamlessly integrates into modern clinical environments. This means it not only fits comfortably into your space but also aligns with budget constraints, making it an ideal choice for facilities of all sizes.
Advanced applications significantly assist clinicians in making a fast and confident diagnosis, ensuring that patients receive accurate treatment more efficiently than ever before.
Our product features a scalable and modular design that enhances ease of service and maintenance, allowing for greater flexibility and efficiency in various applications.
With a high-resolution 40-mm detector operating at a rotation speed of 0.35 seconds, this advanced imaging technology significantly enhances the quality and efficiency of the diagnostic process.
Experience a streamlined workflow designed for efficiency and speed, ensuring that your operations are quick and hassle-free. Our optimized processes reduce complexity, allowing you to focus on what truly matters, boosting productivity and minimizing downtime.
By enabling more efficient imaging techniques, it may allow for exams to be conducted at lower milliampere (mA) levels throughout the body. This could potentially reduce patient exposure to radiation while still providing high-quality diagnostic images.
The Performix* 40 tube, supported by a robust 72-kW generator, offers exceptional performance with a peak milliampere (mA) capability of up to 600 mA. This ensures high-quality imaging for even the most demanding diagnostic requirements.
The 40-mm wide V-Res* detector acquires data at an impressive 0.35-mm microVoxel* resolution, thanks to cutting-edge innovations from GE. This enables highly detailed imaging, enhancing diagnostic accuracy and patient care.
