Benefit from more than 2,200 state-of-the-art applications, conducted with the most accurate and efficient lab technology.
First responders and firefighters
Fast and reliable analyzers are required for safe decision-making in hazardous situations
We offer unique handheld materials identification systems designed to meet the needs of defense and security professionals. Mira XTR and TacticID 1064 ST were developed directly in response to requests from first responders in the field for a small, rugged, automated materials identification system that ensures the safety of the user in any situation.
Rely on Metrohm for top-quality analytical instruments, know-how, and first-class, on-site service to support you. Keep safe and benefit from our Comprehensive Raman Library with more than 27,700 substances, aiding identification of unknowns in the field.
Metrohm actively contributes to the development of comprehensive 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 MIRA XTR DS enables fluorescence-free identification of materials with a 785 nm laser.
Products
Metrohm supports first responders and firefighters with robust solutions for rapid and reliable chemical identification in emergencies. In addition to rugged handheld Raman systems for safe, on-site detection of hazardous substances, we offer complementary techniques such as ion chromatography and electrochemical analysis for detailed verification in mobile or laboratory settings.
MIRA XTR
เครื่องรามาน สเปกโทรสโกปีแบบพกพา สำหรับการระบุเอกลักษณ์ของวัสดุสามารถใช้งานภาคสนามได้ อย่างปลอดภัย: มีขนาดกะทัดรัดและทนทาน, สามารถเปลี่ยนหัววัดได้หลากหลาย และวิเคราะห์ผลได้อย่างแม่นยำ
940 Professional IC Vario
เครื่องไอออนโครมาโทกราฟ - สามารถปรับแต่งเครื่องมือให้เหมาะสมกับการทำงานในแต่ละด้าน โดยสามารถวิเคราะห์ปริมาณไอออนบวกและไอออนลบได้ในเวลาเดียวกัน
VIONIC powered by INTELLO
เครื่องมือวิเคราะห์ทางเคมีไฟฟ้าแห่งอนาคต เพื่อการค้นพบนวัตกรรมใหม่
- 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.
- 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.
- WP-070On-site Identification of Improvised Incendiary Devices: Integrated Chemical ID and Decision Guidance with MIRA DS and HazMasterG3®
Handheld Raman is ever evolving. The combination of large libraries, a compact and easy-to-use system, and predictive Hazmat software make MIRA DS a powerful tool for defense and security professionals. Identify on-site materials, get hazard information, and make quick decisions about response to dangerous situations.
- 410000052-ASee-Through Measurements of Illicit Substances in Commercial Containers with the TacticID®-1064 ST
The TacticID®-1064 ST is a 1064 nm handheld Raman system designed for law enforcement officials, first responders, and customs and border protection officers for rapid field identification of illicit substances such as narcotics, explosives, and other suspicious materials.The TacticID-1064 ST is specially designed with see-through Raman functionality to measure materials through both transparent and opaque containers. These through-barrier measurements remove the need for active sampling of potentially dangerous compounds such as fentanyl, leading to safer operations and reduced wait time for clear results.
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