MobileMOSFET On-line Wireless Dosimetry
Best Medical Canada's mobileMOSFET Dose Verification System (TN-RD-70-W) takes MOSFET Dosimetry to the next level. The mobileMOSFET is an easy to use, seamlessly integrated system that minimizes dosimetry and QA time.
This wireless system is entirely software driven, allowing for complete control of one or more systems from a remote PC. The system consists of Remote Monitoring Dose Verification Software, wall-mounted BlueTooth™ Wireless Transceiver, and a small Reader Module that acts as a channel between the MOSFET and software. Up to five MOSFETs or one Linear 5ive Array can be plugged into one module. This provides easy mobility within the treatment room. The PC is online with the Reader.
- Routine in-vivo
- 1-2 Fields / Patient Starts
- IMRT QA & Phantom Work
- IGRT / Tomotherapy
- Intracavitary Measurement
- Interactive, 2-way online communication between a PC and the Reader Module.
- Dose obtained in real-time.
- Able to perform all dose data measurements with a few mouse clicks.
- Calibration feature enables quick and easy calibration of the MOSFETs.
- Capability to assign Calibration Factors, Correction Factors and Target Dose to each MOSFET. Final dose and percent deviation from target are automatically calculated.
- Export to Excel™.
- Set interval read times to sample multiple doses during treatment (automatic or manual control).
- With multiple systems and transceivers, one PC can read MOSFETs in multiple treatment rooms simultaneously.
- Patient records can be saved, imported and/or printed.
- BlueTooth™ transceiver (wall-mounted) Reader Module.
- Small size (7" x 6.25" x 1.63").
- Wireless (up to 10 meters), portable and mobile.
- Contains reader, BlueTooth™ transceiver, dual bias supply settings (high and standard), ports for 5 MOSFETs and 1 Linear Array.
- One reader can be used for 1-5 MOSFETs or 1 Linear Array.
- Battery Operated (Rechargeable; >20 hours of typical use).
- Built-in smart charger (<3 hours).
- Up to 40 MOSFETs can be read online with additional systems and transceivers.