Product Overview
Due to the colorless, odorless, and imperceptible properties of radioactive materials, traditional manual detection methods pose significant safety risks. Therefore, we have introduced a nuclear radiation monitoring and emergency response robot system. Its highly sensitive detectors and intelligent analysis modules enable precise identification and real-time monitoring of radiation fields.
The EMMS5000-C nuclear radiation emergency response robot, with its remote control and autonomous operation capabilities, can perform tasks such as radioactive material image location, radionuclide identification, dose monitoring, contaminated area delineation, and emergency response in high-risk environments. This effectively reduces direct exposure to radiation risks for personnel and significantly improves the reliability of nuclear safety supervision and the efficiency of emergency response. Furthermore, different detection modules can be configured to meet diverse usage needs, such as for commodity inspection and passenger inspection.
Product Overview
Due to the colorless, odorless, and imperceptible properties of radioactive materials, traditional manual detection methods pose significant safety risks. Therefore, we have introduced a nuclear radiation monitoring and emergency response robot system. Its highly sensitive detectors and intelligent analysis modules enable precise identification and real-time monitoring of radiation fields.
The EMMS5000-C nuclear radiation emergency response robot, with its remote control and autonomous operation capabilities, can perform tasks such as radioactive material image location, radionuclide identification, dose monitoring, contaminated area delineation, and emergency response in high-risk environments. This effectively reduces direct exposure to radiation risks for personnel and significantly improves the reliability of nuclear safety supervision and the efficiency of emergency response. Furthermore, different detection modules can be configured to meet diverse usage needs, such as for commodity inspection and passenger inspection.
Features
① Radiation Detection: Optional radiation imaging modules, radionuclide identification modules, and other radiation detection modules are available based on business needs.
② Automatic Inspection: Optional automatic navigation modules enable multiple operating modes, including automatic inspection, manual inspection, and location monitoring.
③ Remote Monitoring: The monitoring platform and inspection robot utilize Wi-Fi, 4G, and other communication methods, allowing staff to view the robot's trajectory, location, radiation monitoring data, and alarm status at any time from the office.
④ Radionuclide Identification: Equipped with radionuclide identification and energy spectrum analysis functions, the built-in radionuclide library can identify radionuclides for special nuclear materials, medical, natural, and industrial applications, and supports user expansion.
⑤ Flexible Gripping: A multi-jointed robotic arm with an adaptive electric gripper provides flexible and controllable gripping and transfer angles.
⑥ Chinese User Interface: The fully Chinese user interface supports data storage and export, making it easy to learn and operate.
⑦ Customs Enforcement: The system can be equipped with a customs enforcement recorder, enabling remote enforcement via the Smart Eye platform.
Features
① Radiation Detection: Optional radiation imaging modules, radionuclide identification modules, and other radiation detection modules are available based on business needs.
② Automatic Inspection: Optional automatic navigation modules enable multiple operating modes, including automatic inspection, manual inspection, and location monitoring.
③ Remote Monitoring: The monitoring platform and inspection robot utilize Wi-Fi, 4G, and other communication methods, allowing staff to view the robot's trajectory, location, radiation monitoring data, and alarm status at any time from the office.
④ Radionuclide Identification: Equipped with radionuclide identification and energy spectrum analysis functions, the built-in radionuclide library can identify radionuclides for special nuclear materials, medical, natural, and industrial applications, and supports user expansion.
⑤ Flexible Gripping: A multi-jointed robotic arm with an adaptive electric gripper provides flexible and controllable gripping and transfer angles.
⑥ Chinese User Interface: The fully Chinese user interface supports data storage and export, making it easy to learn and operate.
⑦ Customs Enforcement: The system can be equipped with a customs enforcement recorder, enabling remote enforcement via the Smart Eye platform.
Technical Parameters
Product Model |
EMMS5000-C |
Detection module |
Radiation imaging module |
Monitoring field of view |
≥ 40° |
Imaging positioning accuracy |
≤ 2° |
Alarm response time |
≤ 1s |
Imaging tracking capabilities |
≥ 4 frames/s |
Detection module |
Nuclide Identification Module |
Detector type |
NaI(Tl) crystal + photomultiplier tube |
Detector size |
2 inches/3 inches |
Measuring range |
0.01μGy/h~10μGy/h |
Relative intrinsic error |
±10% |
Energy range |
30keV~3MeV |
Energy resolution |
≤7.5%(@662keV,137Cs) |
MCA channel number |
512/1024/2048 |
Nuclide identification |
Can identify more than 20 nuclides and support users to edit the nuclide library |
Technical Parameters
Product Model |
EMMS5000-C |
Detection module |
Radiation imaging module |
Monitoring field of view |
≥ 40° |
Imaging positioning accuracy |
≤ 2° |
Alarm response time |
≤ 1s |
Imaging tracking capabilities |
≥ 4 frames/s |
Detection module |
Nuclide Identification Module |
Detector type |
NaI(Tl) crystal + photomultiplier tube |
Detector size |
2 inches/3 inches |
Measuring range |
0.01μGy/h~10μGy/h |
Relative intrinsic error |
±10% |
Energy range |
30keV~3MeV |
Energy resolution |
≤7.5%(@662keV,137Cs) |
MCA channel number |
512/1024/2048 |
Nuclide identification |
Can identify more than 20 nuclides and support users to edit the nuclide library |