The rf-IVD 2 uses DIODES to deliver dose data in Real-Time, without the need to process disposable dosimeters after the treatment plan has finished. The rf-IVD2 is calibrated and operated using a compact Control Module that utilizes the simplest START/STOP operation available on the market. The rf-IVD2 also is the only patient dosimeter to automatically compensate for temperature fluctuations within the diode.

Applications
The rf-IVD 2 is a four channel patient dosimeter used for real-time patient dose monitoring.
The rf-IVD 2 can be expanded to 52 channels for TBI cases.

Two-Button Operation is Therapist Friendly
The rf-IVD2 is operated using a very simple START/STOP operation.
1. START measurement by selecting one of 12 energy keys.
2. Administer treatment plan.
3. Dose data is updated on the rf-IVD™ display in real time. Select STOP once plan is complete.
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Automatic Temperature Corrections
The rf-IVD 2 offers another unique innovation by allowing you to calibrate for temperature. Once calibrated for T, the system will automatically measure ambient temperature and apply a correction factor to the diode reading. The rf-IVD 2 is the only patient dosimeter to do this.

User Interfaces via Control Module
The rf-IVD 2 includes a Control Module which both calibrates the detectors and controls daily operation.

Thermal Printer Included
The rf-IVD 2 includes a compact thermal printer with direct interface to the Control Module.

Accuracy & Reproducibility
Using ISORAD™ or QED™ detectors, the rf-IVD 2 is an exceptionally accurate and reproducible system.

For a technical comparison against the MOSFET detector, click here.

Features
Exceptional reproducibility & accuracy.
Available compact printer for hard copy generation.
TBI software available at no additional cost (Available March 1, 2002).
Windows PC software available at no additional cost (Available March 1, 2002).
Simple Two-Button (START/STOP) operation.
Compatible with diodes from any manufacturer.
Can be used with Co-60 and Linear Accelerator Beams.
No need to add buildup to diode detectors.