Olympus / Lehman / Namiki Precision Jewel Co. / Georg Thieme Verlag KG / /
Country
Taiwan / Germany / Switzerland / Japan / Canada / China / / /
Facility
University of Tor Vergata / University of Torino / / /
IndustryTerm
endoscopic imaging device / wireless motor / wireless camera / intra-abdominal tools / medical operator / study protocol / endoluminal wireless device / wired complementary metal-oxide-semiconductor / wireless signal strength / Control software / guidance systems / wireless motor control / wireless electronics / camera device / ultrasound device / online content / controlled imaging device / energy / transparent liquid solutions / similar solution / similar tool / robotic solution / magnetic camera systems / possible solution / surgical device / peritoneum-mounted imaging robot / Wireless power supply / wireless power induction / capsule device / endoluminal and transluminal surgical applications / surgical devices / wireless control / wireless device / operative devices / active and less invasive technologies / wireless endoluminal applications / wireless insufflation system / remote device / be set using the control software / /
Organization
Italy Department of Surgery / Center for Research / University of Tor Vergata / Rome / Italy Centre for Minimally Invasive Surgery / CRIM Lab / University of Torino / European Commission / European Union / /
Person
Carmen Cavallotti / Karl Storz / Ann Surg / Alberto Arezzo / Dario P. Robotic / Ekawahyu Susilo / Gastone Ciuti / N. Funaro / P. Valdastri / / /
Position
operative / Corresponding author / /
Product
The MIM capsule / Bancila I. Olympus capsule / MIM capsule / /
PublishedMedium
Journal of Applied Physics / /
Technology
semiconductor / study protocol / ultrasound / evermore active and less invasive technologies / wireless device / /
Original article 481 A magnetic internal mechanism for precise orientation of the camera in wireless endoluminal applications