Achieve highly sensitive radiation detection with few nuisance alarms with Thermo Scientific™ RadEye™ PRD4 and PRD-ER4 Personal Radiation Detectors. RadEye PRD4 and PRD-ER4 save users valuable time adjudicating alarms while increasing scanning throughput. Using Natural Background Rejection (NBR) Technology, the RadEye PRD4 and PRD-ER4 ignore fluctuations in naturally occurring radiation (NORM) while analyzing the energy imbalance of artificial radiation. Additionally, these radiation detectors identify the discovered material in a manner configurable for your operation or user skills.
Thermo Scientific™ Mini 900 Contamination and Radiation Monitors serve as a portable or benchtop style radiation counter available with a variety of different probes. These designs are particularly attractive for industrial hygiene applications; well established, reliable, convenient and inexpensive radiation meter.
Make sure your portable radiation detector is always ready for use with Thermo Scientific™ RadEye™ Chargers. RadEye Chargers reduce the risk of running out of battery power when you need it most for uninterrupted radiation detection and measurement. RadEye Charger models can be used in a vehicle or on a desktop, and are compatible with most RadEye radiation detectors.
Nuclear facility personnel working in radiation controlled areas risk contamination. Without an effective radioactive contamination monitoring system, these incidents cause significant downtime, employee stress, and lost productivity. The Thermo Scientific™ iPCM12 Installed Personnel Contamination Monitor identifies surface contamination on the body, hands, and feet using 21 detectors to provide excellent alpha and low energy beta detection. Detectors are split into four zones to minimize background and achieve high detection limits to get personnel cleared quickly.
Nuclear power plant and nuclear medicine personnel who work in close proximity to or have direct contact with radioactive materials and radiation producing equipment have a high risk of exposure, particularly on their hands. Thermo Scientific™ DXT-RAD Extremity Dosimeters are worn on fingers or wrists to provide real time monitoring of skin radiation dose where it is needed. DXT-RAD Extremity Dosimeters measure radiation closest to the source to determine the highest potential exposure and appropriate corrective action. Rings are adjustable and may be used for both photon and beta dosimeters.
Measure dose and dose rate at a secure distance for all situations where an extended range is required or high radiation may occur with the Thermo Scientific™ FH 40 TG Telescopic Probe, which attaches to the Thermo Scientific™ FH 40 GL Digital Survey Meter.
Be prepared for virtually any radiation contamination scenario. The Thermo Scientific™ Radeye™ X Series Survey Meters comprise three different types of compact, multi-purpose survey meters suited for a wide range of applications where personnel risk radiation exposure, whether they are emergency responders, fire fighters, nuclear power plant employees, or medical professionals. RadEye X Series Survey Meters can operate with virtually any manufacturer's Geiger-Mueller, scintillation or proportional detectors to perform general count rate, surface contamination and dose rate measurements.
Whether you are evaluating water or soil sample or searching for materials that could make a dirty bomb, it’s critical to know the exact isotope of the radioactive material in order to assess the potential threat and quickly initiate a plan of action. The Thermo Scientific™ RIIDEye™ X and RIIDEye M Handheld Radioisotope Identifiers, with patented Quadratic Compression Conversion (QCC) technology, are well suited to support users from homeland security operations to contamination monitoring and remediation, with the industry’s fastest, most accurate and easy to use RIID.
Thermo Scientific™ BP19A/IBP19BD Beta Probes monitor beta radiation across the beta energy spectrum with good efficiency and high sensitivity. It is an easy to operate with a slim profile and low weight.
Thoroughly scan for beta/gamma contamination on the entire body surface with the Thermo Scientific™ IPM96 Whole Body Contamination Monitor. Through innovative features including new Thermo Scientific™ Thorough-Scan™ gasless scintillation detector technology, reduced count times, and the highest number of detectors available in the industry, this radiation contamination portal monitor increases the accuracy of body scans and most importantly, provides confidence that your radiation controlled facility delivers on the promise of public safety.
Easily use Thermo Scientific™ FHT 111 CONTAMAT Contamination Monitor. It is a classic “work horse” for the measurement of surface contamination with alpha, beta and gamma isotopes. It is an ideal tool for surface detection in many industries around the world. It is quick and has an extensive memory.
Save processing time with an all-in-one dosimetry solution suitable for medical, nuclear, research, and other health physic applications. The Thermo Scientific™ Harshaw TLD™ Model 6600 Plus Automated Reader Instrument is a versatile medium capacity system for whole body, extremity, neutron and environmental monitoring. With no requirement for a separate extremity system, the Harshaw Model 6600 Plus reader offers significant labor and cost savings with enhanced dosimetry performance. Built-in automatic dosimeter calibration capability puts you in control of your system by letting you decide when to recalibrate.
Detect and identify radiation on location or from miles away with the highly-sensitive Thermo Scientific™ RadHalo™ RDP and FM Spectroscopic Area Monitors. RadHalo rapid deployment probes (RDP) and fixed monitors (FM) deliver high precision gamma and neutron radiation measurements and real-time data collection across a wide range of environments and radiation dose rate levels. For nuclear power and associated emergency response personnel, the RadHalo instruments’ remote monitoring and turn-key data reachback telemetry capabilities eliminate the need to place personnel in risky environments.
Conclusively locate alpha contamination on personnel or workplace surfaces. Thermo Scientific™ AP2 and AP5 Series Alpha Scintillation Probes are general purpose instruments containing a zinc sulfide alpha scintillator, the preferred technology for detecting alpha contamination on the hands, feet or other surfaces. The AP2 probe has a conveniently angled radiation window and is contained in a light alloy housing for easy self monitoring. The AP5 probe features rugged construction and field-replaceable radiation windows for reliable operation while monitoring workplaces, benches, personnel and tools.
Thermo Scientific™ High-Sensitivity LiF: Mg, Cu, P Dosimetry Materials are suitable for a variety of dosimetry applications where sensitivity needs are great.
Consist of Lithium Fluoride (Li isotope) LiF:Mg, Cu, P, in the form of a disk.