ZMT’s MITS-TT is a new dual-band system optimized for radiofrequency implant model validation that is unmatched in terms of precision, efficiency and ease-of-use, overcoming many shortcomings of previous birdcage-based solutions.
The second episode of the new video series by IT'IS explains how the radiofrequency response of active implants can be quickly and robustly validated with the Test Field Diversity method.
Watch a short video to see how you can quickly and accurately measure the magnitude and polarization of the radiofrequency magnetic field inside or close to any MRI coil in free-space or inside phantoms with our TDS-B1.
Launch of new video series explaining how the radiofrequency response of active implants can be easily characterized with the latest off-the-shelf benchtop testing equipment and applying the latest assessment procedure.
ZMT's is pleased to announce its novel RFoF1P4MED technology to reliably determine the risk of device malfunction due to RF-exposure during an MRI exam.
ZMT is pleased to introduce the High E-Field Resonators which extend the capabilities of the MITS family for Tier 1 and Tier 2 (ISO/IEC TS 10974) safety testing of up to 100 mm long implantable medical devices.
ZMT is proud to announce the launch of our new MP-AIMD Platforms that simplify testing of MRI implant safety (ISO/IEC TS 10974) while accelerating evaluations and reducing the uncertainty of implant model validations.
We are pleased to announce the piX System, which is used for demonstrating the radiofrequency (RF) safety of patients with medical implants during MRI examinations.
We are proud to announce the successful installation of our MITS1.5/MITS3.0 implant test systems at the Food and Drug Administration Center for Devices and Radiological Health (FDA-CDRH).
This website applies cookies to personalize your experience and to make our site easier to navigate. By visiting the site, you are agreeing to this use and to our Privacy Policy.
