Hubertus Eilers

Papers

Total Citations

210

H-Index

About

Hubertus Eilers is a pioneering figure in the field of robotic-assisted otologic surgery, with a primary focus on developing minimally invasive approaches for cochlear implantation. His research centers on the intersection of image-guided navigation and industrial robotics to achieve sub-millimeter precision in lateral skull base procedures, an area where proximity to critical structures like the facial nerve and inner ear demands extraordinary accuracy. Eilers’ most impactful contribution is his seminal 2009 work on a robot-guided minimally invasive approach for cochlear implant surgery, which has garnered 119 citations and established foundational protocols for percutaneous inner-ear access. This study, along with his subsequent 2010 paper on image-guided industrial robot systems (60 citations), demonstrated that robotic assistance could safely and reliably drill the narrow, angled channels required for electrode array insertion—a task previously limited by human manual dexterity and restricted visibility. His 2009 work on navigated, robot-assisted drilling (28 citations) further refined these techniques, addressing the challenge of missing anatomical landmarks in minimally invasive contexts. While his earlier 2007 review on robot-assisted lateral skull base surgery (3 citations) laid conceptual groundwork, Eilers’ collective body of work has been instrumental in transitioning robotic cochlear implantation from experimental feasibility toward clinical reality, directly influencing subsequent device development and surgical protocols in neurotology.