Rigaku Analytical Devices’ fourth-generation 1064 nm Raman analyzers—the Icon series—features enhancements in chemical threat analysis for safety and security applications.
The Icon-X is the first 1064 nm Raman analyzer to provide standoff chemical analysis allowing users to analyze potentially dangerous substances from a safe distance. This is critical for military, first responders, EOD, and border protection teams who could potentially be exposed to explosive threats, such as improvised explosive devices (IEDs), homemade explosives (HMEs), and chemical threats. This new, optional feature also reduces the need for time-consuming sample collection, while allowing responders to assess hazards without disrupting the scene.
In addition to the new standoff capability, the Icon-X contains an on-board, comprehensive library of chemical warfare agents (CWAs), explosives, narcotics, toxic industrial chemicals, precursors, cutting agents, and more. The Icon-X features a more ergonomic form factor, with improvements in all areas over previous generations, including:
- Use of the latest technology for enhanced processing
- Illuminated keypad and larger, more responsive touchscreen for easier use
- Optional GPS ability to mark critical scan data for fleet management and sensitive site exploitation
- Upgraded 13MP camera with LED flash for more clear images
- Meets the MIL-STD-810H standard for durability, passing tests for shock, pressure, and extreme temperatures. It also has IP68 certification, making it fully dustproof and waterproof—ideal for tough environments and decontamination use
- New accessories to expand applications, such as a ball probe to scan inside a deep container
As criminal networks become more sophisticated with easier access to chemicals and dangerous recipes, the need for first responders to have cutting-edge technology has never been more critical. Based on the success of Rigaku’s previous generations of handheld 1064 nm Raman technology, the Icon series provides users with reliable results, allowing them to respond faster, while keeping them safe from exposure. The utilization of 1064 nm Raman technology means users can scan through translucent packaging and identify dirty or mixed substances without fluorescence issues, a common issue for older Raman technology.