Max Robotics — Global Service Robot Directory + US Certification

About

Keiichiro Ito is a leading researcher in trauma diagnostics and robotic tele-ultrasound, whose work centers on developing portable, wearable systems for life-saving point-of-care imaging. His primary contributions lie in the design and validation of the FASTele robot—a tele-echography system that enables remote, focused assessment with sonography for trauma (FAST) in pre-hospital settings. Ito’s most cited work, “Portable and attachable tele-echography robot system: FASTele” (32 citations), introduces a compact robot that a bystander or paramedic can attach to a patient at the injury scene, allowing a remote specialist to perform ultrasound. He further advanced this concept with a wearable version, demonstrating its usability and performance in a 2012 study (23 citations). Ito also contributed to algorithmic improvements, proposing an internal bleeding detection method based on organ boundary determination using low-brightness set analysis (7 citations). His research directly addresses the critical challenge of FAST’s low sensitivity (approximately 42.7%) by enabling earlier, more accurate diagnosis. By bridging robotics, telemedicine, and emergency care, Ito’s work has the potential to significantly reduce delays in life-saving treatment for trauma patients suffering from internal bleeding.