Curated News
By: NewsRamp Editorial Staff
November 03, 2026

MS Tech Deploys Explosives Detection Systems at Critical Infrastructure Sites

TLDR

  • MS Tech's non-radioactive EXPLOSCAN, DUOSCAN, and THREATSCAN deployments at critical infrastructure sites give security operators an edge by replacing legacy systems with higher efficiency.
  • MS Tech's HF-QCM nanotechnology sensors enable explosives trace detection through self-calibrating and self-cleaning mechanisms that operate in harsh environmental conditions.
  • MS Tech's non-radioactive detection systems create safer working environments and strengthen critical infrastructure protection, making communities more secure today and tomorrow.
  • MS Tech's patented HF-QCM sensors are a scientific breakthrough that detects materials in gas, vapor, and liquid phases without radioactive sources.

Impact - Why it Matters

This news matters because the deployment of advanced, non-radioactive explosives detection systems at critical infrastructure sites directly enhances public safety and security. As threats to oil and gas refineries, airports, and border control grow, these technologies provide reliable, high-performance screening without the risks associated with legacy radioactive systems. The shift toward green, self-calibrating sensors also improves operational efficiency and workplace safety, benefiting both security personnel and the public. MS Tech’s expansion into Southeast Asia and the U.S. signals a broader trend of modernizing security infrastructure to meet evolving challenges.

Summary

MS Tech Ltd., a global developer of nanotechnology, IoT and big-data sensors, announced that its Homeland Security & Defense Division, MS Detection, has completed multiple deliveries and installations of its EXPLOSCAN, DUOSCAN and THREATSCAN explosives and narcotics detection systems at critical infrastructure sites across the United States and Southeast Asia. The deployments come as security challenges grow and requirements to protect critical infrastructure intensify, driving demand for advanced explosives trace detection systems in oil and gas refineries and other multinational high-security facilities.

Doron Shalom, CEO of MS Tech, said the deployments reflect growing demand for reliable, high-performance explosives detection technologies at critical infrastructure sites. He noted that the company’s HF-QCM sensor technologies enable customers to strengthen security screening while improving operational efficiency, and that there is increasing interest in replacing legacy radioactive detection systems with MS Tech’s non-radioactive explosive trace detection solutions. The flagship product portfolio includes EXPLOSCAN, DUOSCAN, LIQUISCAN, MULTISCAN and THREATSCAN. These systems are explosive and narcotics trace and vapor detectors, except LIQUISCAN, which is a liquid explosives detector. All use the innovative High-Frequency Quartz Crystal Microbalance (HF-QCM) nanotechnology sensors developed, manufactured and patented by MS Tech. The products feature self-calibrating and self-cleaning capabilities, high sensitivity and operational availability, and are non-radioactive for a green and safe working environment.

Ideal for aviation and transportation security, high-threat facilities, military, customs and border control, mail inspection and cargo screening, the systems are proven across a wide spectrum of temperatures and withstand harsh environmental conditions including dust and humidity. MS Tech, with over 25 years in analytical chemistry and technology, develops environmentally friendly sensor technologies for food safety, homeland security, bio-medical diagnostics, fire and smoke detection, water and air monitoring, and aerospace. The company invites inquiries about applying its sensor technologies through strategic and commercial partnerships. For more information, visit https://www.ms-technologies.com.

Source Statement

This curated news summary relied on content distributed by 24-7 Press Release. Read the original source here, MS Tech Deploys Explosives Detection Systems at Critical Infrastructure Sites

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