Rad-Id

Advanced Handheld Radiation Identifier

One-button Operation
Easy to use, No Special Training Needed
Four Sensors Types (CZT, Nal, GM,He3)
Highly Sensitive
Identifies over 110 Radioactive Isotopes without requiring selecting a sub library
Use D-Cell Batteries
Bluetooth Enabled for Remote Operation
Very Lightweight
Ruggedized, Water Resistant

Radiation Detection

• Four types of sensors, wide energy range
• Extensive isotope library, customizable
• Doubles as a hot-cold type radiation detector
• Rapid isotope identification
• Automatic calibration

Operation

• design, very little training needed (other devices require extensive classes)
• Complete in-field operation (no computer needed)
• Built-in Bluetooth link
• Durable, all-weather construction
• Large, backlit LCD screen
• Uses D-cell batteries
The rad-ID is an advanced handheld radiation identifier, a radiation laboratory-in-a-box that is easy to use with almost no training. Identifying a radiation source requires pressing a single button. It’s that easy.
The rad-ID is rugged enough to be used in all weather conditions and will endure rigorous decontamination procedures.
The Rad-ID identifies radioactive materials including:
• Medical isotopes
• Industrial isotopes
• Special nuclear materials
It measures radiation using a custom combination of up to four different radiation detectors simultaneously. Advanced signal processing electronics combine the data to identify the source.
Competing products use one or two detectors, and identify far fewer isotopes, often requiring public safety personnel to guess the category of the unknown isotope.
The rad-ID is capable of identifying over 110 isotopes at the touch of one button.
In addition to material identification, the rad-ID is an advanced radiation detector, allowing public safety personnel to sweep large numbers of people, packages, or vehicles quickly to locate radiation.
The rad-ID also houses a built-in Bluetooth wireless data link, allowing radiation measurements to be sent to a PC from up to 300 feet away. From the PC, the information can quickly be sent anywhere in the country.
Also, radiation measurements are stored in memory that can be sent to a computer at a later time. Even with no power, the rad-ID won’t lose the measurements that were made.
All the rad-ID needs to operate are 3 off-the-shelf D-cell batteries, available anywhere. No charger and no special power supply means that the rad-ID is ready when you are!

Rad-ID G

The gamma only Rad-ID G incorporates all of the best in class radiation detection and identification that the Rad-ID has been renowned for, in a rugged, cost competitive product. The Rad-ID G uses four CZT detectors, one GM Tube, and one large (24.4 cm3) NaI crystal.

Rad-ID G-Plus

The G-Plus targets those demanding applications requiring highly responsive, rapid detection and identification of gamma radiation sources. The Rad-ID G-Plus uses 8 CZT detectors and continues to provide all the benefits of the Rad-ID G, while performing measurements and identification of low level radiation sources up to 50% faster.

Rad-ID GN and GN-Plus

The Rad-ID GN and GN-Plus incorporate a He3 neutron detector with the G and G-Plus models respectively for users that demand neutron source identification. Both versions utilize the exclusive “Sensor Fusion” technology for an unequaled level of radiation security. The GN and GN-Plus are still useable by personnel with little understanding of radiation physics and low levels of training.

Rad-ID G

• Four large CZT (4 cm2) array allows fast photon collection and accuracy
• GM tube to detects gammas and betas – handles high flux environments
• Large 24.4 cm3 NaI(Tl) crystal to allow sensitive detection and rapid collection of photons

Rad-ID G-Plus

• Eight large CZT (4 cm2) array allows fast photon collection and higher accuracy
• GM tube to detects gammas and betas – handles high flux environments
• Large 24.4 cm3 NaI(Tl) crystal to allow sensitive detection and rapid collection of photons

Rad-ID GN

• Large 4 cm2 CZT (4) array allows fast photon collection with high accuracy
• Large 24.4 cm3 NaI(Tl) crystal to allow sensitive detection and rapid collection of photons
• Large volume (83 cm3) He3 detector for high-probability neutron detection
• GM tube to detects gammas and betas – handles high flux environments

Rad-ID GN-Plus

• Large 4 cm2 CZT (8) array allows fast photon collection with high accuracy
• Large 24.4 cm3 NaI(Tl) crystal to allow sensitive detection and rapid collection of photons
• Large volume (83 cm3) He3 detector for high-probability neutron detection
• GM tube to detects gammas and betas – handles high flux environments