Breakthrough 3D device visualization to further innovate image guided procedures
An increasing number of complex interventions are being carried out following minimally invasive procedures. However, this means longer procedure times, intense training programs, higher radiation exposure and increased usage of contrast agent – all of which brings potential health risks to patients, physicians and staff. X-ray is considered the ‘gold standard’ for the imaging used to guide physicians during such interventions. Yet navigation remains a challenge and as clinicians continue to expand their practice and strive for better and more effective ways to treat patients, there is a growing need for them to see devices in 3D, in real time, and in relation to the anatomy. At the same time, they want to reduce exposure to radiation for themselves, their staff and their patients.
Fiber Optic RealShape (FORS) is a ground-breaking technology platform that is embedded into our LumiGuide solution. It enables real-time 3D visualization of the full shape of devices inside the body, without the need for fluoroscopy. FORS sends pulses of light through hair-thin optical fibers that run within minimally invasive devices. By sending laser light into the fiber and then analyzing how it is reflected back along the fiber, it is possible to reconstruct and visualize the full shape of the devices – in 3D, in real time, in distinctive colors and from any viewing angle. LumiGuide, powered by FORS, shows these intra-body devices in the context of the patient’s anatomy through integration with images obtained by conventional pre- or intra-operative techniques (CT, MRI and X-ray fluoroscopy respectively). Clinicians can therefore see more, perform fast while staying safe from radiation. LumiGuide is exclusively integrated within our Philips interventional X-ray systems. For more information on LumiGuide: www.philips.com/lumiguide For more information on FORS technology: www.philips.com/fors-technology
You may also find the following articles interesting
Related pages
You are about to visit a Philips global content page
Continue