Currently, fluoroscopy, Computerized Tomography (CT), and ultrasound are used to support percutaneous needle interventions. However, they have some limitations. Fluoroscopy shows live images of bones
Interventional Systems announced Micromate™, the world’s smallest robot for percutaneous procedures, received its FDA 510(k) clearance, allowing the robotics company to operate in the USA.
Micromate™ Case Report series presents real cases performed by the physicians currently using the world’s smallest robot for percutaneous procedures. For this report, we’re following
We started this Value-Based Robotics series by analyzing the several barriers to the adoption of Robotics in Healthcare. Then, we highlighted the evidence on Micromate™’s
In what has been an unusual year for the MedTech industry, Micromate™ performed substantially well: unveiled to the world in Spring 2020, it obtained its
This week, we’re kicking off a new chapter in our blog: Micromate™ case report. We’re doing it because you can’t just talk the talk, you
We’ve been going on about Micromate and the future of medical robotics a little too much, haven’t we? Well, today, we’re gonna switch gears and
The fourth wave of surgery is upon us. Surgery 1.0 was open surgery; Surgery 2.0 was the introduction of minimally invasive techniques; Surgery 3.0 was
In the first publication of this Value-Based Robotics series, we analyzed several factors that constitute barriers to establishing Value-Based Robotics as a reality. One of
What’s Value-Based Healthcare? Healthcare providers pursue and strive to balance every dimension of the triple objective of achieving better clinical results and better patient satisfaction
It’s fair to say that 2020 was the kind of year we all want to wrap up and store at the very back of the cabinet. But even in a year as challenging as this, we at Interventional Systems have a lot of conquests to be proud of.
Our next newsletter is about iFIX Spider Fleece – a hygienic way to quickly stabilize the entire arm, leg or abdomen with the most flexible configuration.
