—SIMMAX Technology
Company Introduction
SIMMAX Technology Co., Ltd. is a high-tech enterprise providing nuclear radiation measurement and rapid security inspection products, projects, and services for the nuclear power, environmental, and public safety sectors. Since its establishment in 2003, it has been focused on advancing technologies and products related to nuclear radiation measurement and rapid security inspection. Its products have been applied in various industries and fields, including nuclear power, nuclear industry, environmental protection, health, military, immigration, customs, homeland security, nuclear medicine, and nuclear science research.
Company establishment
1500
year
company patent
10
items
Company employees
10
+
Cooperative customers
100
+
——SIMMAX Technology
Product Center
We focus on promoting the advancement of nuclear radiation measurement and rapid security inspection related technologies and products
——SIMMAX Technology
Reasons to Choose Us
Rich industry experience
The company was founded in 2003 and has accumulated rich industry experience. It is familiar with various application scenarios and can accurately match customer needs and provide professional solutions.
Technology Research & Development
Focus on core technology research and development, establish a professional R&D team, continuously iterate and innovate, assist in upgrading instrument performance, and meet industry upgrading needs
Strong company strength
We have a professional R&D and technical team, equipped with advanced production and testing equipment, deeply rooted in the field of instruments, and strong capabilities to safeguard product quality and service implementation
Numerous cooperative clients
Our cooperative clients cover multiple industries, including nuclear power, nuclear industry, environmental protection, disease control and health, etc. We have won wide recognition and trust from our customers with high-quality products and services
Customized services
Based on the actual needs of customers, provide personalized customized services
A comprehensive service system
We have a full process service system that integrates expert guidance, training, and customized services for efficient response and comprehensive protection of customers’ instrument usage experience throughout the entire cycle
——SIMMAX Technology
Service Sector
NUCLEAR POWER PLANT
Provide a complete set of detection equipment and monitoring solutions for the full process radiation safety control of nuclear power plant areas, covering daily radiation inspections in the reactor area, surface pollution wiping detection in the control area, radioactive monitoring of effluent, rapid assessment of nuclear emergency sites, and other scenarios. Relying on ultra-low background analysis and portable on-site detection equipment, precise monitoring of various alpha and beta radioactive nuclides, real-time warning of radiation anomalies, meeting the strict safety regulations of the nuclear power industry, and comprehensively ensuring the safety of staff operations and stable operation of the plant.
NUCLEAR INDUSTRY
Serve the full chain radiation safety control of the nuclear industry, covering scenarios such as raw material processing, facility operation and maintenance, sample inspection, and accident emergency response. By relying on low background analysis and alpha beta rapid detection technology, radioactive activity measurement and surface contamination screening are carried out to accurately detect various samples, providing reliable detection data for process evaluation, safety assessment, and risk assessment, and assisting in safe and compliant production in the nuclear industry.
ENVIRONMENTAL PROTECTION
We provide low-level radioactivity analysis for various environmental samples—including surface water, groundwater, soil, atmospheric deposition, and biological matter—catering to ecological monitoring agencies and third-party testing laboratories. Our capabilities include the precise measurement of tritium, carbon-14, and a wide range of natural and artificial radionuclides. These services support regional baseline surveys, the tracing of radioactive pollution sources, and the monitoring and assessment of radiological emergencies, thereby providing accurate and reliable data for environmental regulation, ecological restoration, and the formulation of environmental policies.
HOMELAND SECURITY
Focusing on the practical application needs of radiation security in the field of national security, covering various scenarios such as port clearance screening, regular inspections of key areas, investigation and disposal of lost radiation sources, and on-site investigation of sudden radiation incidents. Relying on portable, efficient, and responsive radiation monitoring equipment, we can achieve rapid detection and identification on site, real-time alarm for radiation exceeding standards, efficiently identify various types of radiation safety hazards, assist staff in conducting on-site situation analysis and risk grading, and comprehensively build a solid barrier for radiation safety protection in the public domain.
SCIENTIFIC RESEARCH
Designed to meet the research needs of cutting-edge laboratories in fields such as nuclear physics, radiation chemistry, geochemistry, and marine science, this system utilizes ultra-low background precision detection technology to enable the accurate quantitative analysis of trace amounts and ultra-low activity levels of alpha and beta nuclides. It features a built-in database of over 70 nuclides and supports customizable experimental protocols as well as unattended, continuous measurement. Capable of satisfying requirements for fundamental scientific experiments, key research projects, and long-term sample analysis.
DISEASE CONTROL AND HEALTH
Targeting the scenarios of disease control and public health, we provide comprehensive support for daily radiation screening, medical radiation related pollutant detection, and emergency monitoring of sudden public health incidents. Quantitative analysis of radioactive isotopes can be carried out on various samples such as environmental and biological samples to accurately obtain detection data, assist in radiation hazard identification and risk assessment, support public health risk warning and judgment, and provide objective and reliable detection technology basis for health authorities to implement radiation protection management and carry out emergency response work.
HYDROGEOLOGY SECTOR
We conduct tracer radionuclide analysis on geological and hydrological samples—including groundwater, surface water, rock, and sediment—to precisely measure the activity of key radionuclides such as tritium and carbon-14. Our services support a wide range of applications, including the assessment of groundwater reserves, the tracing of groundwater flow patterns, stratigraphic dating, and baseline radiological surveys of soil and water in mining areas. Leveraging stable, low-background detection capabilities, we reconstruct the history of hydrogeological evolution, providing essential analytical data for water resource conservation and geological exploration projects.
PHARMACEUTICAL INDUSTRY
Designed for applications such as radiopharmaceutical R&D, active pharmaceutical ingredient (API) manufacturing, and cleanroom laboratory testing, this solution enables background radiation monitoring and radioactivity analysis for APIs, finished formulations, production environments, and laboratory consumables. It meets the quantitative testing requirements for radiopharmaceutical R&D while also screening for trace radiation contamination in conventional pharmaceutical products, thereby assisting pharmaceutical companies in maintaining production quality control, achieving laboratory compliance, and ensuring comprehensive radiation safety management throughout the entire manufacturing process.
DEEP-SEA EXPEDITION SUPPORT
We provide comprehensive solutions featuring both fixed laboratory analysis equipment and mobile monitoring systems (vehicle- or vessel-mounted) tailored for field operations on oceanographic research vessels and offshore exploration platforms. These systems enable rapid on-site analysis of radioactivity in seawater, marine sediments, and marine biological samples—eliminating the spatial constraints of land-based laboratories. By providing real-time marine background radiation data, they support marine ecological surveys, monitoring of marine radioactive pollution, and field testing for deep-sea scientific expeditions.
Higher Education Institutions
Designed for teaching and training laboratories in university disciplines such as environmental science, nuclear science, and geology, as well as for use by Centers for Disease Control (CDCs), hospital nuclear medicine departments, and public health testing platforms. The equipment supports multiple applications—including educational demonstrations, scientific sample analysis, public health radiation screening, and medical pollutant monitoring—and features standardized operating procedures and comprehensive experimental protocols to meet the diverse needs of routine university teaching, ongoing radiation monitoring in hospitals and CDCs, and emergency public health surveillance.
——SIMMAX Technology
News Center
On-site report from the Shanghai Institute of Applied Physics!
In December 2025, at the research campus of the Shanghai Institute of Applied Physics, Chinese Academy of Sciences, the SIM‑MAX
July 23, 2026
SIMMAX Products Shine in the World’s Only Thorium-Based Molten Salt Experimental Reactor
China’s fourth-generation advanced fission nuclear energy system, the Thorium Molten Salt Reactor (TMSR) Experimental Reactor, has achieved thorium‑uranium fuel conversion
July 23, 2026
On-site report! SIMMAX products successfully deployed at Taipingling Nuclear Power Plant.
In December 2025, sea breezes swept across the southeastern corner of the Guangdong-Hong Kong-Macao Greater Bay Area. The site of
July 23, 2026