+7 (812) 645-08-06
Dosimeters and Safety devices for ionizing-radiation
select brand
Integrated circuit dosimeter - μ DOS001
The Micro Dosimeter (P/N UDOS001) is a compact hybrid microcircuit which directly measures total ionizing dose (TID) absorbed by an internal silicon test mass. The test mass simulates silicon die of integrated circuits on-board a host spacecraft in critical mission payloads and subsystems. By accurately measuring the energy absorbed from electrons, protons, and gamma rays, an estimate...
Integrated circuit dosimeter - μ DOS001
The Micro Dosimeter (P/N UDOS001) is a compact hybrid microcircuit which directly measures total ionizing dose (TID) absorbed by an internal silicon test mass. The test mass simulates silicon die of integrated circuits on-board a host spacecraft in critical mission payloads and subsystems. By accurately measuring the energy absorbed from electrons, protons, and gamma rays, an estimate of the dose absorbed by other electronic devices on the same vehicle can be made. The Micro Dosimeter can operate from a wide range of input voltages. The accumulated dose is presented to three DC linear outputs and one pseudo-logarithmic output giving a dose resolution of 14 uRads and a measurement range up to 40 kRads. These outputs are intended to be directly connected to most analog-to-digital converters (ADCs) or spacecraft housekeeping analog inputs (0-5V range), which makes minimal demands on the host vehicle. The Micro Dosimeter incorporates a test function to allow electrical testing of the hybrid without the need for a radiation source.
Integrates signal prior to threshold detection to improve charge collection accuracy
3 linear DC and 1 pseudo-log output pins
Dose budgets can be developed to establish more accurate estimates of spacecraft life
2 U.S. Patents
Teledyne requests that the Micro Dosimeter data be made available to The Aerospace Corporation for the purpose of improving space environment models used to predict radiation dose with the multitude of Micro Dosimeter data obtained from orbits.
Integrates signal prior to threshold detection to improve charge collection accuracy
3 linear DC and 1 pseudo-log output pins
Dose budgets can be developed to establish more accurate estimates of spacecraft life
2 U.S. Patents
Teledyne requests that the Micro Dosimeter data be made available to The Aerospace Corporation for the purpose of improving space environment models used to predict radiation dose with the multitude of Micro Dosimeter data obtained from orbits.
Personal dosimeter / digital - 10.0 KeV - 20.0 MeV , 0.7 m | 1621M
The palmRAD 1621M is the only simple to use radiation dosimeter with advanced features designed for non-technical personnel in government, law enforcement or the public sector at low cost. Its ability to detect and measure gamma radiation with user-selectable alarms makes this device...
Personal dosimeter / digital - 10.0 KeV - 20.0 MeV , 0.7 m | 1621M
The palmRAD 1621M is the only simple to use radiation dosimeter with advanced features designed for non-technical personnel in government, law enforcement or the public sector at low cost. Its ability to detect and measure gamma radiation with user-selectable alarms makes this device ideal for volume deployment into most industrial, medical or emergency response applications.
In the event of a radiological emergency, first response teams equipped with the 1621M can effortlessly monitor a wide area for radiological hot zones by simply clipping the unit to their utility belt. The 1621M, in its ultra small shock resistant and watertight package, will alert the operator through a discreet vibration or audible alarm anytime it detects gamma radiation. The presence of the 1621M will provide the end user with assurance that their personal health and safety are being monitored and they can focus on more immediate tasks. The instrument is designed to efficiently communicate to the user both critical stay time and personal dose rate information that encompasses the lowest levels of natural background.
In the event of a radiological emergency, first response teams equipped with the 1621M can effortlessly monitor a wide area for radiological hot zones by simply clipping the unit to their utility belt. The 1621M, in its ultra small shock resistant and watertight package, will alert the operator through a discreet vibration or audible alarm anytime it detects gamma radiation. The presence of the 1621M will provide the end user with assurance that their personal health and safety are being monitored and they can focus on more immediate tasks. The instrument is designed to efficiently communicate to the user both critical stay time and personal dose rate information that encompasses the lowest levels of natural background.
Radiation detector / personal - 60 keV - 1.33 MeV | 1703M-01
The Model 1703M-01 is the world’s smallest dual-detector design that meets ANSI standards 42.32 and 42.33 Type I for both dosimeters and personal radiation detectors (PRD). Rugged, water resistant, and reliable, the detector and electronics have been developed to meet IEC 61526 standards...
Radiation detector / personal - 60 keV - 1.33 MeV | 1703M-01
The Model 1703M-01 is the world’s smallest dual-detector design that meets ANSI standards 42.32 and 42.33 Type I for both dosimeters and personal radiation detectors (PRD). Rugged, water resistant, and reliable, the detector and electronics have been developed to meet IEC 61526 standards...
Gamma dosimeter / personal - 1703MB
The Model 1703MB and Model 1703GNB introduce a new generation of Gamma / Gamma-Neutron Pagers to the Homeland Security market. These sophisticated devices combine the rugged, simple interface the industry expects with unprecedented analytical ability...
Gamma dosimeter / personal - 1703MB
The Model 1703MB and Model 1703GNB introduce a new generation of Gamma / Gamma-Neutron Pagers to the Homeland Security market. These sophisticated devices combine the rugged, simple interface the industry expects with unprecedented analytical ability and processing power. The devices, while operating much like conventional radiation detection pagers, collect and store spectroscopic data. The added functionality of spectral gathering enables the management and expert analysis of radiological incidents.
Information is downloaded from the Pager to a Pocket PC, IPAQ or Smartphone for further analysis, isotope identification or electronic mailing to back end support. Team leaders can provide their staff with a radiation detection pager that provides highly sensitive alarming of radiation in real time, but also stores and transfers the alarm information. Transfer of data is simple, and ties in easily to existing network infrastructure, GPS functionality or classified AI protocol.
Information is downloaded from the Pager to a Pocket PC, IPAQ or Smartphone for further analysis, isotope identification or electronic mailing to back end support. Team leaders can provide their staff with a radiation detection pager that provides highly sensitive alarming of radiation in real time, but also stores and transfers the alarm information. Transfer of data is simple, and ties in easily to existing network infrastructure, GPS functionality or classified AI protocol.
Gamma dosimeter / personal - 0.033 – 3.0 MeV | 1703M
The nukeALERT II 1703M is the latest generation in radiation detection for non-technical personnel. In the event of a radiological emergency, first response team members equipped with a nukeALERT II can immediately survey a large area for any radiological presence because of a dramatic improvement...
Gamma dosimeter / personal - 0.033 – 3.0 MeV | 1703M
The nukeALERT II 1703M is the latest generation in radiation detection for non-technical personnel. In the event of a radiological emergency, first response team members equipped with a nukeALERT II can immediately survey a large area for any radiological presence because of a dramatic improvement in detector sensitivity and response time. The instrument discreetly detect radiation and alert the operator through a vibration or audible alarm. Ease of use, sensitivity and durability under harsh environmental conditions make the nukeALERT II essential for those who work in emergency services, hazardous materials, counter-terrorism, border patrol, law enforcement, military, or medical and industrial applications.
The 1703M offers two critical operation modes: the first mode incorporates a 1-9 strength indicator scale for simple analysis of sources present and the second mode provides exposure rate readings and accumulated dose information commonly found in dosimeters. The instrument employs an algorithm which enables the user to adjust the settings to minimize false alarms in high background level environments without compromising the probability of detecting a source.
The 1703M offers two critical operation modes: the first mode incorporates a 1-9 strength indicator scale for simple analysis of sources present and the second mode provides exposure rate readings and accumulated dose information commonly found in dosimeters. The instrument employs an algorithm which enables the user to adjust the settings to minimize false alarms in high background level environments without compromising the probability of detecting a source.
Radiation detector / personal - min. 20 keV | nukeALERT 951
The nukeALERT 951 is the essential preventative radiological detection system to disclose the presence and intensity level of gamma radiation for nontechnical personnel. Its small, rugged, watertight and more sensitive than commonly used first responder radiation meters. Enhanced sensitivity is especially important when one is dealing...
Radiation detector / personal - min. 20 keV | nukeALERT 951
The nukeALERT 951 is the essential preventative radiological detection system to disclose the presence and intensity level of gamma radiation for nontechnical personnel. Its small, rugged, watertight and more sensitive than commonly used first responder radiation meters. Enhanced sensitivity is especially important when one is dealing with concealed radiological material, where the radiation levels may vary based on distance and shielding.
The nukeALERT 951 PRND system discreetly detects gamma radiation with either a vibration or audible alarm. The unit has a 2-year battery life and automatically recalibrates in high background environments. The belt clip and bright visual display promotes hands-free operation for the end user. The rugged micro-sized package provides a watertight, robust monitoring tool for HAZMAT and emergency response teams.
In the event of a radiological emergency, team members equipped with the nukeALERT 951 nuclear detection system can quickly and cost effectively monitor a large area because of a dramatic improvement in detector sensitivity and response time. Ease of use, sensitivity and operability under harsh environmental conditions make the nukeALERT 951 ideal for responders who work in emergency services, hazardous materials, and counter-terrorism.
The nukeALERT 951 PRND system discreetly detects gamma radiation with either a vibration or audible alarm. The unit has a 2-year battery life and automatically recalibrates in high background environments. The belt clip and bright visual display promotes hands-free operation for the end user. The rugged micro-sized package provides a watertight, robust monitoring tool for HAZMAT and emergency response teams.
In the event of a radiological emergency, team members equipped with the nukeALERT 951 nuclear detection system can quickly and cost effectively monitor a large area because of a dramatic improvement in detector sensitivity and response time. Ease of use, sensitivity and operability under harsh environmental conditions make the nukeALERT 951 ideal for responders who work in emergency services, hazardous materials, and counter-terrorism.
X-ray detector / digital / CMOS / high-performance - 2064 x 1548 pix, 16.4 fps | Rad-icon 1520
Teledyne DALSA’s Rad-icon product family of large-area digital x-ray cameras offers users a high-speed, high-performance x-ray imaging detector with a fast, reliable PC interface (GigE) for easy integration. The Rad-icon product line leverages Teledyne DALSA’s advanced CMOS image sensing technology, which enables the delivery of low-dose...
X-ray detector / digital / CMOS / high-performance - 2064 x 1548 pix, 16.4 fps | Rad-icon 1520
Teledyne DALSA’s Rad-icon product family of large-area digital x-ray cameras offers users a high-speed, high-performance x-ray imaging detector with a fast, reliable PC interface (GigE) for easy integration. The Rad-icon product line leverages Teledyne DALSA’s advanced CMOS image sensing technology, which enables the delivery of low-dose x-ray images and yields higher image quality than a-Si flat panels and image intensifier devices. The cameras in this product line are capable of frame rates up to 16.4 fps, and communicate via a standard Cat6e data cable over lengths up to 100m.
Rad-icon detectors are available with different Gd2O2S (Gadox) scintillator options to address a range of resolution and sensitivity requirements. The camera interface allows easy access to features such as adjusting the frame rate, single and multiple frame acquisitions, and control of advanced timing modes. Each camera ships with user-friendly software tools for stand-alone operation or easy integration with your application software.
Feature Highlights
Large-area, tiled detector with 20 x 15 cm active area
5 lp/mm resolution (99μm pixel)
Gigabit Ethernet interface
14-bit digital video output
Energy range from 10 to 225 kV
Ready-to-run software and drivers
Ideal for industrial non-destructive testing (NDT)
Rad-icon detectors are available with different Gd2O2S (Gadox) scintillator options to address a range of resolution and sensitivity requirements. The camera interface allows easy access to features such as adjusting the frame rate, single and multiple frame acquisitions, and control of advanced timing modes. Each camera ships with user-friendly software tools for stand-alone operation or easy integration with your application software.
Feature Highlights
Large-area, tiled detector with 20 x 15 cm active area
5 lp/mm resolution (99μm pixel)
Gigabit Ethernet interface
14-bit digital video output
Energy range from 10 to 225 kV
Ready-to-run software and drivers
Ideal for industrial non-destructive testing (NDT)
X-ray detector / CMOS / digital / high-performance - 512 x 768 pix, 35 fps | Shad-o-Box 0512 HS
Teledyne Rad-icon’s Shad-o-Box HS product family of digital x-ray cameras offers users a high-speed, high-performance CMOS x-ray imaging detector with a fast, reliable Gigabit Ethernet interface. The cameras in this product line are capable of frame rates up to 30 fps, and communicate via a standard Cat5e data cable over lengths up to 100m. The detectors are available...
X-ray detector / CMOS / digital / high-performance - 512 x 768 pix, 35 fps | Shad-o-Box 0512 HS
Teledyne Rad-icon’s Shad-o-Box HS product family of digital x-ray cameras offers users a high-speed, high-performance CMOS x-ray imaging detector with a fast, reliable Gigabit Ethernet interface. The cameras in this product line are capable of frame rates up to 30 fps, and communicate via a standard Cat5e data cable over lengths up to 100m. The detectors are available...
X-ray detector / CMOS / digital / flat - 2304 x 1300 pix, 10 fps | Shad-o-Box 3K HS
Teledyne Rad-icon’s Shad-o-Box HS product family of digital x-ray cameras offers users a high-speed, high-performance CMOS x-ray imaging detector with a fast, reliable Gigabit Ethernet interface. The cameras in this product line are capable of frame rates up to 30 fps, and communicate via a standard Cat5e data cable over lengths up to 100m. The detectors are available...
X-ray detector / CMOS / digital / flat - 2304 x 1300 pix, 10 fps | Shad-o-Box 3K HS
Teledyne Rad-icon’s Shad-o-Box HS product family of digital x-ray cameras offers users a high-speed, high-performance CMOS x-ray imaging detector with a fast, reliable Gigabit Ethernet interface. The cameras in this product line are capable of frame rates up to 30 fps, and communicate via a standard Cat5e data cable over lengths up to 100m. The detectors are available...
X-ray detector / CMOS / flat / light amplification by stimulated emission of radiation - 1300 x 1300 pix, 45 fps | Xineos-1313-EO GigE/CL
The Xineos x-ray panels represent the industry’s first standard area scan CMOS flat-panel detectors to deliver high speed, low dose imaging with no compromises in resolution. Designed for extra-oral dental applications, the Xineos-1313-EO uses Teledyne DALSA's proprietary CMOS technology to deliver three times more sensitivity and five times more signal-to-noise performance than other standard...
X-ray detector / CMOS / flat / light amplification by stimulated emission of radiation - 1300 x 1300 pix, 45 fps | Xineos-1313-EO GigE/CL
The Xineos x-ray panels represent the industry’s first standard area scan CMOS flat-panel detectors to deliver high speed, low dose imaging with no compromises in resolution. Designed for extra-oral dental applications, the Xineos-1313-EO uses Teledyne DALSA's proprietary CMOS technology to deliver three times more sensitivity and five times more signal-to-noise performance than other standard...
X-ray detector / CMOS / flat - 1548 x 1548 pix, 30 fps | Xineos-1515 GigE/CL
The Xineos-1515 CMOS flat detector sets new benchmarks in imaging performance, particularly at low doses. Built with our sixth generation CMOS technology, this detector's advanced pixel design offers a switchable saturation dose to deliver either the highest dynamic range or highest sensitivity, depending on the clinical requirements and patient dose characteristics of different clinical procedures.
With...
With...
X-ray detector / CMOS / flat - 1548 x 1548 pix, 30 fps | Xineos-1515 GigE/CL
The Xineos-1515 CMOS flat detector sets new benchmarks in imaging performance, particularly at low doses. Built with our sixth generation CMOS technology, this detector's advanced pixel design offers a switchable saturation dose to deliver either the highest dynamic range or highest sensitivity, depending on the clinical requirements and patient dose characteristics of different clinical procedures.
With a 15x15 cm active area, the Xineos-1515 easily images objects as large as an entire adult mandible, and with a programmable region of interest (ROI) that is flexible in size, position and frame rate (e.g. 15x1 cm @ 300 fps), a single detector can deliver optimized image quality for different procedures — for example supporting the needs of both Dental CBCT/Panoramic 2-in-1 systems.
Supporting real-time 30 fps operation at full resolution, combined with industry-leading performance at low doses, Xineos-1515 is ideal for real-time fluoroscopy. Built-in defect correction and gain/offset (flat-field) correction ensure the best diagnostic image quality – allowing for diagnosis of medical anomalies at earlier stages, and significantly increasing the probability of early intervention, patient recovery, and reduced treatment costs.
The Xineos-1515 is also built with patient and practitioner convenience in mind. Its narrow, rounded shoulder edge (7.3 mm—smallest in the industry) allows the most compact shell designs for easier patient access, and the low power CMOS design has no need for external cooling, further enabling a small detector unit that needs less space in crowded application environments.
With a 15x15 cm active area, the Xineos-1515 easily images objects as large as an entire adult mandible, and with a programmable region of interest (ROI) that is flexible in size, position and frame rate (e.g. 15x1 cm @ 300 fps), a single detector can deliver optimized image quality for different procedures — for example supporting the needs of both Dental CBCT/Panoramic 2-in-1 systems.
Supporting real-time 30 fps operation at full resolution, combined with industry-leading performance at low doses, Xineos-1515 is ideal for real-time fluoroscopy. Built-in defect correction and gain/offset (flat-field) correction ensure the best diagnostic image quality – allowing for diagnosis of medical anomalies at earlier stages, and significantly increasing the probability of early intervention, patient recovery, and reduced treatment costs.
The Xineos-1515 is also built with patient and practitioner convenience in mind. Its narrow, rounded shoulder edge (7.3 mm—smallest in the industry) allows the most compact shell designs for easier patient access, and the low power CMOS design has no need for external cooling, further enabling a small detector unit that needs less space in crowded application environments.