By Dr. Norbert Klöpper, Product Manager, Bruker Daltonics, Bruker Daltonics Inc.
SubscribeBruker Daltonics is the only supplier who covers the complete range of chemical, biological and nuclear detection. The product line supports all possible use cases for the detection of chemical warfare agents, and includes handheld point detectors as well as detection systems for reconnaissance vehicles, shipboard or stationary use.
Bruker Daltonics has over two decades of experience in the development, engineering and manufacturing of sensitive, easyto- use and military hardened analytical systems, and is ISO9001 certified.
System Integration
Our NBC Detectors can be easily integrated into tracked and wheeled vehicles, ships and shelters. Bruker has over twenty years of experience concerning system integration.
Nuclear Radiation Detection
- SVG 2- Hand-held radiation detector with additional probes for different applications
Biological Warfare Agent (BWA) Detection
- CBMS - Ion-Trap Mass Spectrometer for the detection and classification of BWAs.
- APSIS - Identification of Biological Warfare Agents by combining PCR and micro-array technology in a cartridge.
RAID-M Portable C-detector
Chemical Warfare Agent (CWA) Detection
- RAPID - Mobile infrared detector for real-time remote sensing and tomography of chemical agent clouds over a distance of several kilometres.
- MM Series - Extremely rugged and fieldproven mobile GC/MS system. The MM 1 has become the workhorse for chemical reconnaissance and survey. With its lightweight design the new MM2 sets a milestone in GC/MS technology.
- RAID series - series of chemical monitors, covering multiple tasks. The innovative RAID-XP combines chemical and radiological detection into one system.
MM2 Mobile Mass Spectrometer
RAID-XP NC Detector
Demilitarisation
- EM 640S - Mobile mass spectrometer for the fast on-site detection of hazardous compounds and CWAs from air, soil and liquids.
- NIGAS - Automated, non-destructive detection of explosives and chemical warfare agents in ammunition, using Neutron Activation Analysis with a non-radioactive source.