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Radioactivity detector / for HPLC - LB 513
The new Radioflow Detector LB 513 can be used to detect radiolabelled compounds by flow-through monitoring using HPLC. The Radioflow Detector LB 513 can detect all isotopes, including alpha, beta, and gamma radiation, and is also suitable for PET applications.
Together with an HPLC system from KNAUER, radioactive flow can be continuously monitored and detected. For admixture applications, an...
Together with an HPLC system from KNAUER, radioactive flow can be continuously monitored and detected. For admixture applications, an...
Radioactivity detector / for HPLC - LB 513
The new Radioflow Detector LB 513 can be used to detect radiolabelled compounds by flow-through monitoring using HPLC. The Radioflow Detector LB 513 can detect all isotopes, including alpha, beta, and gamma radiation, and is also suitable for PET applications.
Together with an HPLC system from KNAUER, radioactive flow can be continuously monitored and detected. For admixture applications, an...
Together with an HPLC system from KNAUER, radioactive flow can be continuously monitored and detected. For admixture applications, an...
Multipurpose radiometer for X-rays, gamma, beta radiation - palmRAD 907
The palmRAD 907 nuclear radiation monitoring meter provides multiple monitoring and surveying options in an easy-to-use handheld device. It measures alpha, beta, gamma and x-ray radiation which can be displayed in rates and total counts. The user can switch between mR/hr, Svi cpm and total counts.
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Multipurpose radiometer for X-rays, gamma, beta radiation - palmRAD 907
The palmRAD 907 nuclear radiation monitoring meter provides multiple monitoring and surveying options in an easy-to-use handheld device. It measures alpha, beta, gamma and x-ray radiation which can be displayed in rates and total counts. The user can switch between mR/hr, Svi cpm and total counts.
This model would function excellently for nearly any application. Whether the duty is radioactive food and water monitoring, contaminated soil and water detection or isotope identification, the Berkeley Nucleonics PalmRAD 907 can provide the robust functionality, yet simplicity, you need to provide accurate and reliable radiological data each and every time.
There is a digital display of the selected mode and three other types of indicators - a LED indicator, an audio alarm and an audio chirp. The LED flashes with each count. The palmRAD 907 has a user adjustable alarm threshold. When the selected level has been exceeded the powerful audio alarm will sound. The audio chirp, when enabled, emits a single chirp with each count detected. Put low cost, reliable and proven nuclear radiation contamination detection in the palm of your hand.
This model would function excellently for nearly any application. Whether the duty is radioactive food and water monitoring, contaminated soil and water detection or isotope identification, the Berkeley Nucleonics PalmRAD 907 can provide the robust functionality, yet simplicity, you need to provide accurate and reliable radiological data each and every time.
There is a digital display of the selected mode and three other types of indicators - a LED indicator, an audio alarm and an audio chirp. The LED flashes with each count. The palmRAD 907 has a user adjustable alarm threshold. When the selected level has been exceeded the powerful audio alarm will sound. The audio chirp, when enabled, emits a single chirp with each count detected. Put low cost, reliable and proven nuclear radiation contamination detection in the palm of your hand.
Identifier - 18 keV - 3 MeV | SAM 940
Our groundbreaking new Radiation Isotope Identifier (called a RIID by Dept of Homeland Security) offers a suite of features to address a growing range of applications. From the technical needs of a health physicist, to a food and drug inspector, to a first responder in a HAZMAT...
Identifier - 18 keV - 3 MeV | SAM 940
Our groundbreaking new Radiation Isotope Identifier (called a RIID by Dept of Homeland Security) offers a suite of features to address a growing range of applications. From the technical needs of a health physicist, to a food and drug inspector, to a first responder in a HAZMAT suit, the SAM 940 Defender and Revealer will excite your field users.
The Berkeley Nucleonics SAM 940 Defender was developed to give users what they need: simple operation options, the ability react quickly, and automatically obtain reliable, accurate technical data. Several modes of operation give users a range of technical reports on isotope identification and dose rate characterization. The most simple is a basic Isotope ID; the most complex includes nuclide specific dose calculations, GPS and historical data and an analysis of statistical confidence levels.
Upon power-up, the SAM 940 performs a quick self-test and immediately begins monitoring; even after a lengthy power-down, temperature stabilization and automatic calibration guarantees accurate isotope identification results.
The Berkeley Nucleonics SAM 940 Defender was developed to give users what they need: simple operation options, the ability react quickly, and automatically obtain reliable, accurate technical data. Several modes of operation give users a range of technical reports on isotope identification and dose rate characterization. The most simple is a basic Isotope ID; the most complex includes nuclide specific dose calculations, GPS and historical data and an analysis of statistical confidence levels.
Upon power-up, the SAM 940 performs a quick self-test and immediately begins monitoring; even after a lengthy power-down, temperature stabilization and automatic calibration guarantees accurate isotope identification results.
Identifier - RD-120 Series
Berkeley Nucleonics offers isotope identification backpacks for clandestine monitoring of gamma and neutron radiation. The RD-120 Series Backpacks can be customized to specific applications with a variety of detector and...
Identifier - RD-120 Series
Berkeley Nucleonics offers isotope identification backpacks for clandestine monitoring of gamma and neutron radiation. The RD-120 Series Backpacks can be customized to specific applications with a variety of detector and networking options. Low power drain allows for many hours of uninterrupted monitoring.
Additional user software may be deployed to allow Command-and-Control type ConOps. Alarming options include smart phone apps and stand off locations. For example, the wearer may use the backpack to zero in on the likely cause of the alarm, take one or more pictures of the area with a Smartphone, and send those pictures back to the Command Center to supplement the data transmitted automatically by the backpack. The RD-120 Isotope Identification SAMpack can also continuously transmit a GPS location along with corresponding radiation levels and energy spectrum.
Additional user software may be deployed to allow Command-and-Control type ConOps. Alarming options include smart phone apps and stand off locations. For example, the wearer may use the backpack to zero in on the likely cause of the alarm, take one or more pictures of the area with a Smartphone, and send those pictures back to the Command Center to supplement the data transmitted automatically by the backpack. The RD-120 Isotope Identification SAMpack can also continuously transmit a GPS location along with corresponding radiation levels and energy spectrum.
Radiation analyzer / portable - 970-X
The Model 970-X Portable Multi-Channel Analyizer (pMCA) offers state-of-the-art signal processing for a wide range of nuclear applications. The electronics...
Radiation analyzer / portable - 970-X
The Model 970-X Portable Multi-Channel Analyizer (pMCA) offers state-of-the-art signal processing for a wide range of nuclear applications. The electronics couple to a wide range of detector options and allow real-time data processing of gamma, neutron and x-ray radiation.
The Model 970-X pMCA is unique in that it can meet many applications as a process monitor, a separate laboratory instrument or integrated into an existing system to perform analysis. The flexible architecture allows utilizing different detectors types (solid-state detectors, scintillators, different sizes, different materials).
The Model 970-X pMCA is unique in that it can meet many applications as a process monitor, a separate laboratory instrument or integrated into an existing system to perform analysis. The flexible architecture allows utilizing different detectors types (solid-state detectors, scintillators, different sizes, different materials).
Identifier - 950 - microSAM
The Model 950 - microSAM Isotope Identifer represents the latest in nontechnical isotope identification technology, combining powerful tested identification algorithms with a simple 3-LED package. The detector resembles a flashlight and weights less than 3 lbs....
Identifier - 950 - microSAM
The Model 950 - microSAM Isotope Identifer represents the latest in nontechnical isotope identification technology, combining powerful tested identification algorithms with a simple 3-LED package. The detector resembles a flashlight and weights less than 3 lbs. A rubber grip makes handling the Model 950 - microSAM easy for users in rain, snow or wearing large gloves or hazmat suits. The bright LEDs give immediate indication of critical information while the full analytical data is stored internally.
Within seconds, the user can confirm a medical treatment or a common industrial or naturally occurring radiological material. For the spectroscopic person backing up the program, the Model 950 - microSAMs analytical power is astonishing. The full muscle of our high performance isotope identifiers, with algorithms cooperatively developed with the US DOE for over a decade, is embedded in the product. This break-through in simplicity is particularly well suited for accompanying response teams on calls or for event management.
Within seconds, the user can confirm a medical treatment or a common industrial or naturally occurring radiological material. For the spectroscopic person backing up the program, the Model 950 - microSAMs analytical power is astonishing. The full muscle of our high performance isotope identifiers, with algorithms cooperatively developed with the US DOE for over a decade, is embedded in the product. This break-through in simplicity is particularly well suited for accompanying response teams on calls or for event management.
Geiger-Muller counter - PM1203M
The multipurpose professional Geiger-Muller counter dosimeter designed for continuous monitoring of the gamma radiation environment, as well as for search for the ionizing radiation sources.
Features
Polimaster's PM1203M Programmable Dosimeter continuously measures the ambient dose equivalent H*(10) and dose equivalent...
Features
Polimaster's PM1203M Programmable Dosimeter continuously measures the ambient dose equivalent H*(10) and dose equivalent...
Geiger-Muller counter - PM1203M
The multipurpose professional Geiger-Muller counter dosimeter designed for continuous monitoring of the gamma radiation environment, as well as for search for the ionizing radiation sources.
Features
Polimaster's PM1203M Programmable Dosimeter continuously measures the ambient dose equivalent H*(10) and dose equivalent rate H*(10). Unlike conventional dosimeters with Geiger-Muller detector, this low-cost multipurpose dosimeter is highly sensitive to the low levels of radiation and can register the slightest changes in the natural radiation background.
Recommended for use by professionals and non-professionals who would like to be alerted with the necessary information to protect themselves from the radiation exposure.
Polimasters PM1203M electronic dosimeter performs following functions:
Continuous monitoring of the gamma dose and dose rate;
Alert user via audible and visual alarm when the adjustable dose and/or dose rate thresholds are exceeded;
Record and store data in its non-volatile memory;
Transmit all recorded data via infrared channel to a PC for further processing and analysis;
Operates as a regular watch with an alarm clock and calendar functions.
The instrument's large and bright LCD screen enables users to view clearly the measurement results.
Features
Polimaster's PM1203M Programmable Dosimeter continuously measures the ambient dose equivalent H*(10) and dose equivalent rate H*(10). Unlike conventional dosimeters with Geiger-Muller detector, this low-cost multipurpose dosimeter is highly sensitive to the low levels of radiation and can register the slightest changes in the natural radiation background.
Recommended for use by professionals and non-professionals who would like to be alerted with the necessary information to protect themselves from the radiation exposure.
Polimasters PM1203M electronic dosimeter performs following functions:
Continuous monitoring of the gamma dose and dose rate;
Alert user via audible and visual alarm when the adjustable dose and/or dose rate thresholds are exceeded;
Record and store data in its non-volatile memory;
Transmit all recorded data via infrared channel to a PC for further processing and analysis;
Operates as a regular watch with an alarm clock and calendar functions.
The instrument's large and bright LCD screen enables users to view clearly the measurement results.
Hand-held radiation survey meter gamma - PM1405
Polimaster model РМ1405 is a compact multifunction survey meter, capable of measuring X-ray, gamma and beta radiation. It is designed for...
Hand-held radiation survey meter gamma - PM1405
Polimaster model РМ1405 is a compact multifunction survey meter, capable of measuring X-ray, gamma and beta radiation. It is designed for the wide range of radiation safety applications and may be successfully used by radiation control services personnel, first responders, employees of security service and customs, as well as personnel whose work includes solving problems of local gamma and beta radiation sources detection or single objects contaminated by gamma and/or beta radiation sources (for example, to determine radioactive contamination of banknotes, scrap, etc.).
Radiation analyzer / portable - PM1401K
The compact Hand Held Radionuclide Identification Device designed for detection of the alpha, beta, gamma and neutron radiation sources and radioisotope identification of the gamma emitting sources.
Modification without neutron...
Modification without neutron...
Radiation analyzer / portable - PM1401K
The compact Hand Held Radionuclide Identification Device designed for detection of the alpha, beta, gamma and neutron radiation sources and radioisotope identification of the gamma emitting sources.
Modification without neutron channel is available for order.
Features
The PM1401K is a unique light-weight multipurpose hand held radionuclide identifier designed for easy detection and location of the alpha, beta, gamma and neutron radiation sources, precise measurement of the alpha and beta surface contamination levels and gamma dose rate, and reliable identification of the radioisotopes. For example, the PM1401K is able to distinguish between naturally occurring radiation materials (NORM), medical isotopes, industrial sources of radiation, which are potentially dangerous to the general population, and of the sources of radiation that are inherently dangerous, such as weapons-grade nuclear materials.
Modification without neutron channel is available for order.
Features
The PM1401K is a unique light-weight multipurpose hand held radionuclide identifier designed for easy detection and location of the alpha, beta, gamma and neutron radiation sources, precise measurement of the alpha and beta surface contamination levels and gamma dose rate, and reliable identification of the radioisotopes. For example, the PM1401K is able to distinguish between naturally occurring radiation materials (NORM), medical isotopes, industrial sources of radiation, which are potentially dangerous to the general population, and of the sources of radiation that are inherently dangerous, such as weapons-grade nuclear materials.