This is where Savi Scout comes in. Instead of using wires, it uses a small, 1cm reflector to help surgeons find tumors. Radiologists can implant this reflector inside your breast up to 30 days before ...

"The SAVI SCOUT technology uses an infrared reflector instead, which eliminates the need for the wire. The reflector reflects light from a wand that the surgeon in the operating room passes over ...

The surgeon then uses the wire as a guide to the tumor. With SAVI SCOUT, the reflector can be put in any time prior to surgery—it takes five minutes. The patient doesn’t have to wait around on the day ...

This device, the SAVI Scout reflector, is part of the SAVI Scout surgical guidance system (Cianna Medical Inc). The system uses an intratumoral electromagnetic wave device, implanted under ...

“It’s a universally understood problem.” Th SAVI Scout, on the other hand, uses electromagnetic waves to detect a reflector, inserted in the target tissue up to a week before the surger ...

The SAVI SCOUT Surgical Guidance System makes ... which allows the surgeon to precisely pinpoint and remove the tumor and the reflector. “The SCOUT is an exciting technology that improves ...

The SAVI SCOUT system uses non-radioactive ... The system involves placing a tiny reflector in the target tissue, such as a tumor or lymph node, either days or weeks before surgery.

Cianna’s Savi Scout reflector is a nonradioactive implant for the wire-free localization of breast tumors. While imaging can turn up cancerous tissue, not all breast tumors can be felt through ...

Among the technology is a system called the SAVI Scout. It’s making breast cancer ... Dr. Lackey describes it as a small little reflector. “We’re able to go down and place it right into ...

The technology is called Savi Scout. Police also reviews several other devices that are helping doctors and patients. This segment appeared on the KTLA 5 Morning News on Oct. 8, 2015.

“Unlike the wire localization, the Savi Scout device, after it is placed ... The new system uses infrared light and radar to locate the reflector within 1 mm of accuracy, increasing the chance ...