Toshiba’s Smart Fusion Ultrasound Technology Improves Interventional Accuracy

Posted on Aug 3 2014 - 9:14am by rizbaig

Ultrasound-guided biopsies are more accurate and safer with Toshiba’s Smart Fusion ultrasound technology, giving clinicians a worry-free experience to focus on what matters most. Toshiba will showcase Smart Fusion at this year’s Society of Interventional Radiology (SIR) annual meeting, in San Diego, Calif., March 22–27, 2014 (Booth #1236).

Toshiba’s Smart Fusion technology on its Aplio 500Toshiba’s Smart Fusion technology on its Aplio 500

“Smart Fusion has allowed us to save patients from getting open surgical biopsies and increased our confidence in identifying the right lesion accurately, safely and quickly,” said Dr. Van Young, interventional radiologist, St. Elizabeth Healthcare. “We’ve seen procedure times decrease from 30 to 15 minutes because of the ability to find smaller and difficult-to-access lesions during ultrasound-guided biopsies. Another significant benefit of Smart Fusion is reducing dose to patients and physicians by lowering the number of CT-only guided biopsies.”

Smart Fusion syncs previously acquired CT and MR images with live ultrasound side by side on a single screen, helping to locate lesions and aiding in ultrasound-guided procedures. Toshiba’s Smart Fusion is easy to use, with the most intuitive user setup available. Smart Fusion is available on Toshiba’s premier ultrasound system, AplioTM 500. The Aplio 500 offers industry-leading depth and detail, as well as efficient and precise exams with enhanced workflow tools and ergonomics, including the iStyleTM+ Productivity Suite.

“Toshiba’s advancements in ultrasound technology are expanding its applications so healthcare providers can feel confident in using a safe, inexpensive and accurate modality,” said Tomohiro Hasegawa, director, Ultrasound Business Unit, Toshiba. “For example, if a biopsy or ablation can be performed with ultrasound instead of CT, even if it takes the same amount of time, the healthcare provider will benefit from using the more cost-effective system while reducing radiation exposure to the patient and clinician.”