MITS3.0
Medical Implant Test System (MITS) for 3.0 Tesla RF Safety Evaluation
MITS3.0 is designed to simulate high-precision incident fields with user-defined modulation and time sequences as generated by commercial 3.0 Tesla magnetic resonance scanners (also enables worst-case incident field conditions). The system combines cutting-edge technology with accuracy, versatility and user-friendliness. The open user interface allows customized, automated evaluations.
Medical Implant Test System (MITS) for 3.0 Tesla operated in horizontal mode.
MITS3.0 closely follows the concept of the latest draft of the ISO/TS10974 standard for Active Medical Implant Devices. The system has been rigorously validated. A Sim4Life numerical model of the birdcage is available.
The system is supported by the DASY AIMD scanner, from our sister company SPEAG for rapid and high precision SAR and temperature evaluations. However, MITS systems are standalone products and do not require the DASY AIMD scanner.
Application |
Testing compliance of medical implant devices with RF heating guidelines. |
Operating frequency
|
128 MHz |
Maximum B1 field strength
|
> 30 µT |
Maximum induced E1
|
>> 500 V/m |
Arbitrary pulse shapes
|
50 M samples/sec 14 bit resolution 256 k samples |
Preprogrammed pulse shapes
|
Rectangular Sinc (± 2π) Sinc (± 3π) Gaussian Variable PRR: 1 Hz to 10 kHz Variable duty cycle: 10 to 50 % |
Length of birdcage
|
490 mm |
Length of bircage with shield |
850 mm |
Inner diameter of birdcage
|
700 mm |
Weight of birdcage
|
60 kg (70 kg with horizontal table) |
Phantom
|
Several phantoms are available for active and passive implant safety testing compatible with the latest MRI implant safety standards, such as ISO/TS10974 and ASTM F 2182 |
DASY6 AIMD |
Vertical version is optimized for usage with DASY AIMD |
EASY4MRI |
Horizontal and vertical version are full compatible with EASY6 and SPEAG probes |
