Get closer to patients for superior image resolution
Surprisingly compact, BrightView SPECT features new proprietary technologies that let you get closer to patients for superior image resolution.
The system gives you exceptional image quality even for challenging studies – from infants to plus-sized patients.
Right from the start
Designed by Philips from the ground up, the system revolves around what you and your patients need for top-of-the-line clinical results and bottom-line performance.
Closer is better
Proprietary integrated technologies move detectors closer to each patient for superior image resolution, acquiring information with unprecedented precision and efficiency, then reconstructing faster without typical increases in noise.
A new universal gantry assures one size fits virtually any patient, while the ultra-thin table pallet helps improve image quality through lower attenuation.

 
Technology that revolves around you
CloseUp technologies enable higher resolution through smarter software, new electronics, and minimal distance between detector and patient.
BodyGuard automated contouring elegantly moves detectors closer to patients, even when imaging infants or small regions of the body.
Our wide open gantry can support a wide range of patient sizes, ensuring that one size fits virtually any patient.
Ultra-thin (0.1", 2.5 mm) imaging pallet and very small cardiac dead space help improve image quality in bone and cardiac studies.
New PET-based digital detectors with PinPoint technologies promote improved workflow with single-uniformity correction for multiple-energy imaging.
Astonish reconstruction technologies offer PET-like resolution of less than 5 mm through a proprietary measured-resolution recovery algorithm.
Fast and easy to use, the system’s customizable yet automated acquisition capabilities make it perfect for streamlining patient studies.
Designed to be easily upgradeable to future configurations, its compact footprint enables system installation in rooms as small as 15’6” x 12’ (4.72 x 3.66 M).