Young In ACE, a Korean mass spectrometry company, participated in the Korean Society for Chemical, Biological, Radiological Defense (CBRN) conference held at BEXCO in Busan, presenting its mass spectrometry-based real-time analysis technologies for CBRN response.
The conference took place from April 2 to 3, 2026, and serves as a leading academic platform in Korea for sharing detection and analytical technologies related to chemical, biological, and radiological threats, with participation from defense organizations, research institutes, and industry professionals.
At the event, Young In ACE introduced its field-deployable analytical solutions, centered on the ACE 1100 IMR-MS (Ion Molecule Reaction Mass Spectrometer) and the Mobile Lab system.
Speed is Critical in CBRN Response
In CBRN scenarios, the ability to rapidly identify hazardous substances and respond accordingly is critical.
Situations such as:
Hazardous chemical leaks
Industrial accidents
Environmental contamination
Terror or emergency incidents
require immediate action, where delay-free analysis directly impacts damage mitigation.
Traditional analytical methods are laboratory-based and require time for sample collection, transportation, analysis, and result confirmation.
However, in real-world scenarios, it is far more important to know “what is present right now” at the site.
ACE 1100 IMR-MS │ Real-Time Chemical Detection
The ACE 1100 IMR-MS (Ion Molecule Reaction Mass Spectrometer) is a mass spectrometry system based on ion-molecule reaction technology, capable of real-time analysis of volatile organic compounds (VOCs) and hazardous gases.
Applications in CBRN Response
Real-time detection of hazardous chemical substances
Immediate analysis of gas leak incidents
Identification of unknown contaminants
Monitoring of airborne hazardous substances
Key Features
Direct analysis without sample pretreatment
Continuous real-time monitoring capability
Stable detection at low concentrations (ppb level)
This system enables on-site identification of hazardous substances in real time, supporting rapid decision-making in emergency situations.
Mobile Lab │ Bringing the Laboratory to the Field
One of the highlights of the exhibition was the Mobile Lab, a vehicle-based mobile analytical platform designed to bring laboratory capabilities directly to the field.
Role of Mobile Lab in CBRN Response
Immediate on-site analysis at incident locations
Rapid sample collection and result confirmation
Analysis of contamination spread patterns
Unlike conventional approaches that require transporting samples to a laboratory,
the Mobile Lab represents a shift toward “bringing analysis directly to the field.”
Moving Forward
Through its participation in this conference, Young In ACE presented its mass spectrometry technologies applicable to CBRN response and environmental safety.Real-time analysis technology (IMR-MS)
Mobile analytical platforms (Mobile Lab)
Moving forward, Young In ACE will continue to expand the application of its mass spectrometry technologies across defense, environmental, and industrial safety sectors, focusing on:
✔ Real-time analysis
✔ Field-response technologies
✔ High-precision measurement
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