Radiation dosimetry badge with optically stimulated luminescence (OSL) technology for monitoring photon and beta radiation fields, with optional fast/neutron monitoring available. Radiation monitoring services includes reports and myLDR. For: Health Care, Industrial, Research labs, Universities

Radiation dosimeter for extremities with Thermoluminescent Dosimetry (TLD) for monitoring photons - X, beta, and gamma radiation fields. Radiation monitoring services includes reports and myLDR. For: Health Care, Industrial, Research labs, Universities

Radiation dosimeter for Lens of Eye with Thermoluminescent Dosimetry (TLD) for monitoring photons - X, beta, and gamma radiation fields. Radiation monitoring services includes reports and myLDR. For: Health Care, Industrial, Research labs, Universities

The LANDAUER Real-time Dosimetry Service is the latest generation of the real-time dose measurement system powered by RaySafe™.

Radiation dosimetry badge with optically stimulated luminescence (OSL) technology for monitoring photon – X-ray, beta, gamma- and the CR-39 for neutron detection radiation fields. InLight dosimeters are engineered to be read out by an InLight Reader. Designed for clients with extensive data management capabilities who prefer to independently maintain data and issue dose reports. Or opt for radiation monitoring services dose record keeping. For: Industrial, Emergency response, Research settings

Radiation dosimetry badge with optically stimulated luminescence (OSL) technology for monitoring photon – X-ray, beta, and gamma detection radiation fields. InLight dosimeters are engineered to be read out by an InLight Reader. Designed for clients with extensive data management capabilities who prefer to independently maintain data and issue dose reports. For: Industrial, Emergency response, Research settings

InLight area dosimeter for environmental, low-level radiation monitoring of photon X-ray, gamma and beta for indoor and outdoor use and environmental extremes: temperature, humidity, precipitation. For clients with extensive data management capabilities who prefer to independently maintain data and issue dose reports. Or opt for radiation monitoring services dose record keeping.

Radiation dosimetry badge is laminated, wallet-sized card with a specially packaged Luxel®+ dosimeter using optically stimulated luminescence (OSL) technology. Radiation monitoring services includes reports and myLDR. For emergency responders who may accidentally be exposed during a radiation incident.

Neutron radiation monitoring dosimeter for personnel working with unmoderated or moderately shielded fast neutron sources such as Californium-252 and Americium-241 Beryllium. The Neutrak detector can be packaged for neutron detection only or as a component of another LANDAUER dosimeter (such as Luxel+® or InLight®) to include X, gamma, and beta radiation monitoring.

Neutron radiation monitoring dosimeter for thermal/intermediate neutron sources has a design intended for fast, intermediate, and thermal neutrons. The left area of the chip uses a polyethylene radiator for fast neutrons while the right area uses a boron loaded Teflon® radiator for fast, intermediate, and thermal neutrons that records alpha particles resulting from neutron interactions in the dosimeter.

Radiation dosimeter using optically stimulated luminescence (OSL) technology is designed for use in single point radiation assessment applications. It is engineered to be read by the microSTAR®ii reader. The nanoDot is an effective tool to independently verify the quantity of dose delivered from radiation producing devices in medical imaging and radiation oncology.

Radiation dosimeter using optically stimulated luminescence (OSL) technology is designed for rugged conditions. Developed in collaboration with the U.S. Army, features primary and backup detectors for responder safety. RadWatch dosimeters are analyzed on the unique RadView reader.

Available in 3 sizes, boards are lightweight, durable and can be displayed anywhere. 

Verify the amount of radiation dose received by a patient with the LANDAUER microSTARii reader and Nanodot dosimeters. Click to learn how!

OSLR readers are designed for use with InLight dosimeters for whole body, environmental and emergency response monitoring.

A 5 pound portable reader. Easy to operate and can withstand rugged field conditions.

A letter-style report sent for all participants who exceed ALARA Levels 1 or 2.

Summarizes all exposure received by a participant during a calendar year.

Issued when the customer identifies an inaccuracy and requests a correction.

Corrected report is issued when the customer identifies an inaccuracy and requests a correction.

Used to detect minimal levels of radiation above natural background, either indoors or outdoors.

Details cumulative dose history and the permanent dose for a participant.

Provides the final dose received by a participant during the year (and lifetime).

Generated automatically (45 days after the employee terminates activity) and can be issued on demand.

Displays estimated doses for participants who have not returned their dosimeters for a specific wear date.

Generated every time one or more dosimeters exceeds the dose value threshold.

Displays all doses received by participants who have been pregnant any time within the past year.

Summarizes the doses received by participants at different facilities and aids in state and federal regulatory compliance.

Generated upon request for new customers or existing participants coming from another facility.

Provides dose of record information for those wearing dosimeters. Generated when dosimeters are returned to LANDAUER for analysis.

Part of the Radiation Dosimetry report and includes fetal and other doses for pregnant participants.

Can include organ dose, CEDE total, intake quantity by radionuclide, mode of intake and lung clearance class