Interventional Systems finished the implementation of the IraSME project “E-GantryMate: Compact MRI compatible device for MRI guided percutaneous needle interventions”.
See how Micromate™ helped the clinical team at Ordensklinikum Linz Barmherzige Schwestern, Austria, perform a Bone Biopsy.
When there’s a widespread shortage of CT contrast, every conservation strategy is welcome. Learn how iFIX patient positioning system can help.
Interventional Systems is proud to announce the signature of a strategic collaboration agreement with the Johns Hopkins University’s Whiting School of Engineering for the development of novel solutions to enhance the accuracy of robotic-assisted percutaneous procedures.
Interventional Systems announced the newest addition to Micromate™’s product suite: a planning and navigation station that will make the needle-based intervention miniature robot available for use with CT scanners.
See how Micromate™ helped the clinical team at Tirol Kliniken, Austria, perform a percutaneous Type II Endoleak Embolization.
It’s time to wrap up 2021 and have a close look into what’s coming up for 2022!
The miniature medical intervention robot will bring ease of use and high accuracy to the Chinese operating rooms in a partnership with the innovative Chinese
Read here our input on the most recent guidelines for interventional oncology, and how Micromate™ brings value to this subspecialty.
Learn why building Micromate™ with a user-friendly approach in mind turned it into the most seamless robot to join the Operating Room.
Learn how Micromate™ helped the clinical team at St. Antonius Hospital achieve submillimeter accuracy during a parotid gland biopsy.
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
