Core Insights - FUJIFILM Sonosite has launched the Sonosite MT, a next-generation portable ultrasound system designed for durability, imaging excellence, and enhanced mobility [1][4]. Product Features - The Sonosite MT features a "Grab and Go" clamshell design, allowing seamless use both on and off the stand, which enhances clinician mobility without sacrificing functionality [2]. - It includes an intuitive all-touch user interface, a clinical monitor, and a control panel, promoting a familiar user experience that minimizes workflow disruption [2]. - Key features of the Sonosite MT include: - Durable design to withstand clinical environments, ensuring uptime and dependable performance [6]. - Excellent imaging capabilities that deliver clear, high-resolution images for accurate diagnosis across diverse patient populations [6]. - Enhanced mobility due to its lightweight and compact nature, facilitating quick transport and use in various care settings [6]. - An intuitive all-touch user interface that harmonizes with the existing product portfolio, easing training and adoption [6]. - Risk management and infection control features, including a buttonless monitor and control panel for easy cleaning and disinfection [6]. - Medical informatics interoperability, integrated with Synapse Synchronicity™ workflow manager to streamline clinical operations and data management [6]. Company Overview - FUJIFILM Sonosite, Inc. is a global leader in point-of-care ultrasound solutions, headquartered near Seattle, and operates in over 100 countries [5]. - The company focuses on expanding the use of ultrasound across the clinical spectrum by providing high-performance ultrasound technology cost-effectively [5]. - FUJIFILM Holdings Corporation, the parent company, aims to achieve a global revenue of 4 trillion yen by FY2030 under its medium-term management plan, VISION2030 [7].
FUJIFILM Sonosite Launches Sonosite MT, a Next-Generation Clamshell Ultrasound System Designed for Durability, Imaging Excellence, and Enhanced Mobility
Businesswire·2025-11-04 19:58