Benefit from more than 2,200 state-of-the-art applications, conducted with the most accurate and efficient lab technology.
Gain immediate situational awareness by analyzing potentially hazardous chemicals and explosives
Analyze hazardous chemicals safely with handheld instruments and stand-off attachments. For the highest-risk scenarios, IBEX enables remote assessment and threat identification without placing a human in harm’s way.
Metrohm provides high-quality analytical instruments, expert knowledge, and comprehensive on-site service to effectively support your needs.
Metrohm actively participates in the development of testing and quality standards through our participation in ASTM and ISO method development.
Discover our latest solutions for your analysis
Fluorescence-free 785 nm material identification with MIRA XTR DS
Download this White Paper and learn how the MIRA XTR DS allows fluorescence-free identification of materials with a 785 nm laser.
Products
Metrohm provides instruments that help CBRNE response teams work safely and effectively in high-risk environments. From handheld Raman systems for quick chemical identification to advanced laboratory techniques like ion chromatography, our solutions enable reliable detection and verification of dangerous substances while supporting compliance with international safety standards.
- WP-097Why switch to OMNIS Client/Server (C/S)?
OMNIS Client/Server boosts business performance with scalable server management, cutting costs by reducing hardware, energy use, and maintenance across locations.
- AN-RS-046Through-container analysis with Raman spectroscopy
TacticID-1064 ST is a handheld Raman device that can identify materials through paper, plastic, glass, and multilayer packaging, reducing exposure risks and eliminating the need to open containers.
- AN-RS-012Handheld Raman for Acid Attack Prevention
Acid throwing, a historical method for retribution against women, has become a modern threat of a different nature. Concentrated acids and other corrosive substances have emerged as modern tools of social violence. Aggressors use common plastic containers with openings that create a powerful directional spray, such as lemon juice squeeze bottles. Sulfuric and phosphoric acids were chosen for analysis here due to their highly corrosive nature- acid attacks in London most commonly use sulfuric, phosphoric, and nitric acids.2017 saw a remarkable number of acid attacks in the UK, with reported incidences averaging 2x a day. Detection and regulation of acids may contribute to prevention of this social scourge.
- AN-RS-037A Deeper Look at 785 nm Raman
Signal-to-noise ratio, spectrograph design, resolution of MIRA handheld Raman analyzers.
- WP-072Fluorescence-free 785 nm material ID with MIRA XTR DS
In this White Paper, you will learn about MIRA XTR DS – the smallest, smartest, most flexible handheld Raman system with the largest libraries available on the market! MIRA XTR DS has all the benefits of 785 nm Raman interrogation: compact size, low laser power, sample preservation, long battery lifetimes... now with fluorescence rejection. Additionally, there is improved sensitivity and resolution over 1064 nm systems. This opens up new possibilities for 785 nm Raman, including strongly colored materials, common excipients, illicit materials, and more.
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