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  • Rigaku / Handheld Raman analyzer

    Rigaku Icon-X

    Fourth generation 1064 nm handheld Raman

    Rigaku describes the Icon-X™ as a fourth generation 1064 nm Raman tool for safety and security work: a handheld analyzer that quickly identifies chemical warfare agents, explosives, narcotics, and toxic industrial chemicals in the field. With a more ergonomic form factor, it joins Rigaku’s 1064 nm CQL fleet with improvements in all areas.

    1064 nmLaser excitation
    13,250+Library items
    1.7 kg(3.7 lbs)
    IP-68& MIL810H
    Rigaku Icon-X handheld Raman analyzer showing a Novichok A-234 chemical warfare agent result on its touchscreen
    InGaAsTE cooled, 512 pixel
    36 moManufacturer warranty
    The mission
    Your first line of defense against the unknown.

    On the battlefield, at a hazardous materials incident, or securing national borders, military personnel, first responders, and border protection teams need instant, reliable chemical identification. Rigaku built the Icon-X to deliver actionable results in the field with the precision and durability demanded by those on the front lines.

    • EOD & CBRNEWhere accurate identification of explosive residues or chemical precursors is critical.
    • Law enforcement & customsWhere agents must analyze samples of uncertain origin and purity.
    • Military field analysisWhere time-sensitive decision-making depends on accurate chemical recognition.
    Why 1064 nm

    Less fluorescence, more answers

    Rigaku is known for using 1064 nm Raman laser excitation to reduce fluorescence interference, which Rigaku calls a common issue when scanning colored or dirty substances with older generation Raman devices. As with previous Rigaku platforms, Rigaku says Icon-X users can expect a result every scan.

    785 nmFluorescence can overwhelm the Raman signal
    FLUORESCENCE BACKGROUND RAMAN SHIFT →
    1064 nmCleaner baseline, usable spectrum
    DISTINCT RAMAN PEAKS RAMAN SHIFT →
    Schematic illustration.
    Fluorescence
    785 nmCan frequently induce strong fluorescence in real-world samples, which can overwhelm the Raman signal and render spectra unusable.
    1064 nmOperating further into the near-infrared region, it dramatically reduces fluorescence excitation, producing cleaner baselines and usable spectra even from strongly fluorescing samples such as dyes, biological matrices, and complex mixtures.
    Detector
    785 nmTypically silicon-based detectors, sensitive in the visible to near-infrared range but limited beyond 1000 nm.
    1064 nmInGaAs detectors optimized for longer wavelengths.
    Spectrometer
    785 nmLess efficient optical spectrometers are commonly used.
    1064 nmVolume Phase Grating (VPG) based spectrometers used by some 1064 nm devices have higher optical efficiency.
    Inside the Icon-X
    Laser
    1064 nm / 490mW (max power)
    Spectrometer
    Transmissive Volume Phase Grating
    Detector
    TE Cooled InGaAs - 512 pixel
    Range
    200-2450 Raman Shift/cm-1
    Hard samples

    Materials that fluoresce strongly

    Rigaku's white paper notes that security and military users frequently encounter strongly fluorescing materials, and that 1064 nm Raman systems can identify these materials directly, without the need for sample pretreatment, dilution, or destructive testing.

    • Illicit drugs
    • Cutting agents
    • Explosives
    • Dyes
    • Lubricants
    • Environmental contaminants
    Sample access

    Contact, container, or distance

    Rigaku says Icon-X users have the unique ability to scan samples from a distance or scan with contact, for more versatility in stressful environments. Here is how each approach maps to the accessories Rigaku lists, and which ones come in the box.

    Included Gloved hand scanning a liquid sample bottle with the Rigaku Icon-X on a lab bench
    01 / Contact

    Nosecone on the sample

    • Vial holderProvides a place for vials during a scan.
    • Universal adapterCan secure various sample types for easier analysis. It snaps onto the nosecone.

    Both are included with the analyzer.

    Optional Rigaku Icon-X held over a bottle with the optional Ballprobe inserted into the container, showing an acetone result
    02 / Inside containers

    Reach into the drum

    • BallprobeAllows easier access to samples found inside containers, such as barrels, bottles, and drums.

    Optional accessory, not included with the analyzer.

    Optional Rigaku Vector Proximal Standoff accessory mounted on a tripod, front lens and laser warning label visible
    03 / From a distance

    Short-range standoff

    • Vector Proximal StandoffRigaku: “Transform your handheld Icon-X Raman analyzer into a remote sensing solution for safer, more controlled chemical identification.”

    Optional accessory, not included with the analyzer.

    What ships with the Icon-X: the vial holder and universal adapter are included; the Ballprobe and Standoff are optional.

    Standoff = optional accessory
    ContactIncluded vial holder & universal adapter
    NOSECONE ON SAMPLE
    StandoffOptional Vector Proximal Standoff
    SCAN FROM A DISTANCE REDUCES SAMPLE COLLECTION
    Schematic, not to scale.
    Optional standoff

    Assess the hazard from a safe distance

    Rigaku says that while the Icon-X is its fourth generation of 1064 nm Raman analyzers, it is the first in that line to provide standoff chemical analysis, so potentially dangerous substances can be scanned from a safe distance using the optional standoff accessory.

    According to Rigaku, this matters for military, first responders, EOD, and border protection teams who could be exposed to explosive and chemical threats:

    • Improvised explosive devices (IEDs)
    • Homemade explosives (HMEs)
    • Chemical threats

    Rigaku adds that standoff reduces the need for time-consuming sample collection, while allowing responders to assess hazards without disrupting the scene.

    In the hot zone

    Built to be used in the suit

    Rigaku lists improvements across the platform: a more ergonomic form factor, an illuminated keypad and a larger, more responsive touchscreen for harsh environments, a higher operational temperature threshold, and a more ruggedized build rated MIL 810H and IP-68 for harsh environments and decon.

    Responder in a hi-vis protective suit and black gloves holding the Rigaku Icon-X outdoors, screen showing a VX chemical warfare agent result
    Gloved operation in the field
    Rigaku Icon-X being washed in a blue decontamination tub by a gloved responder
    IP-68 for decon
    Gloved hands holding the Rigaku Icon-X at a lab bench beside sample jars, home screen visible
    Touchscreen or keypad
    -20⁰C to 50⁰COperating temperature

    Higher operational temperature threshold.

    IP-68 & MIL810HEnvironmental ruggedness

    For use in harsh environments and decon purposes.

    >4 hrsHot-swappable battery

    7.2 V Li-ion, 3350mAh.

    5”Capacitive touchscreen LCD

    Touchscreen or button operational via illuminated keypad.

    13 MPOn-board camera

    With LED flash, to produce images that are more clear.

    Self testOn-board, polystyrene

    No user calibration required.

    • More ergonomic form factor makes it easier to use & hold
    • Faster scan processing
    • Improved mixtures performance
    • Latest LCD technology for improved responsiveness in harsh conditions
    • 220 mm x 108 mm x 42 mm without boot
    • 1.7 kg (3.7 lbs)
    Library, modes & data

    From scan to the record

    A 13,250+ item on-board library, room for your own materials, and a data trail that runs from the on-board camera and optional GPS to export and fleet management.

    13,250+ Spectral library items, on board

    Add materials to the user library (up to 8 user library categories) and create custom applications.

    Scan modes
    • Identification
    • ThreatAlert™
    • ChemGuard™
    Included libraries
    • Biomolecule (including Amino Acids)
    • Cutting Agent
    • CWA
    • CWA Precursor
    • Explosive
    • Explosives Precursor
    • General Chemical
    • General Precursor
    • Household Chemical
    • Industrial Chemical 1-4
    • Narcotic
    • Narcotic Precursor
    • Pesticide
    • Pharmaceutical
    • Polymer
    • Solvent
    • Steroid
    • TIC/TIM
    • 4C Precursor MonitoringIncluded.
    • User login privilegesIncluded.
    • Laser featuresLaser arm code, laser arm / disarm keypad button, scan delay, and scan timeout.
    • Auto Collection ModeIncluded.

    The data path

    01

    Scan & capture

    Read the result on the 5” touchscreen; the on-board 13MP camera with LED flash captures images alongside it.

    02

    Mark location

    Optional GPS to mark critical scan data for fleet management and sensitive site exploitation.

    03

    Export

    Connect to a desktop or mobile device via WebUI: Waterproof USB-Type C / Wi-Fi / Peer-to-Peer. Formats: .spc, .rrb, .pdf, .txt.

    04

    Manage & reach back

    CommandSuite Fleet Management, plus 24/7/365 Reachback Support included under active support.

    Specifications

    The numbers, in full

    Physical
    Size220 mm x 108 mm x 42 mm (8.7 in x 4.25 in x 1.65 in) without boot
    Weight1.7 kg (3.7 lbs)
    DisplayCapacitive 5” touchscreen LCD
    Input methodTouchscreen or button operational via illuminated keypad
    CameraOn-board 13MP camera with LED flash
    Environment & power
    Operating temperature-20⁰C to 50⁰C
    Environmental ruggednessIP-68 & MIL810H
    Battery type7.2 V Li-ion, 3350mAh (hot-swappable)
    Operation>4 hrs
    Spectrometer
    Laser wavelength / max power1064 nm / 490mW
    Spectral resolution~6-13 cm-1
    Spectral range200-2450 Raman Shift/cm-1
    Spectrometer typeTransmissive Volume Phase Grating
    DetectorTE Cooled InGaAs - 512 pixel
    Laser control
    Adjustable laser power (manual mode)5-100%
    Adjustable exposure time (manual mode)200-7000 ms
    Laser featuresLaser arm code, Laser arm / disarm keypad button, Scan delay, and Scan timeout
    On-board self testPolystyrene / no user calibration required
    Identification
    Scan modesIdentification, ThreatAlert™, ChemGuard™
    Auto collection modeIncluded
    Spectral library size13,250+ items
    Included librariesBiomolecule (including Amino Acids), Cutting Agent, CWA, CWA Precursor, Explosive, Explosives Precursor, General Chemical, General Precursor, Household Chemical, Industrial Chemical 1-4, Narcotic, Narcotic Precursor, Pesticide, Pharmaceutical, Polymer, Solvent, Steroid, TIC/TIM
    User libraryAbility to add materials to user library (up to 8 user library categories)
    Other features
    • 4C Precursor Monitoring
    • User login privileges
    • Create custom applications
    Data & connectivity
    Connectivity (via WebUI)Waterproof USB-Type C / Wi-Fi / Peer-to-Peer
    Data output formats.spc, .rrb, .pdf, .txt
    Fleet managementCommandSuite Fleet Management
    GPSOptional
    Manufacturer support
    Manufacturer warranty36 months
    24/7/365 Reachback SupportIncluded under active support
    Software and library updatesIncluded under active support
    Accessories
    IncludedVial holder, Universal adapter
    OptionalBallprobe, Standoff
    Export & origin
    ExportIcon-X is not ITAR-restricted, though a U.S. Department of Commerce export license may be required for some countries.
    OriginAll products manufactured by Rigaku Analytical Devices are made in the USA.
    FAQ

    Questions we get on the phone

    Is the standoff accessory included with the Icon-X?
    No. The vial holder and universal adapter are included, and the Ballprobe and Standoff are optional. The optional Vector Proximal Standoff is what lets the Icon-X scan from a distance.
    Why does 1064 nm matter?
    According to Rigaku, 1064 nm excitation reduces fluorescence interference, a common issue when scanning colored or dirty substances with older generation Raman devices. Rigaku explains that 785 nm systems can induce strong fluorescence that overwhelms the Raman signal, while 1064 nm produces cleaner baselines and usable spectra even from strongly fluorescing samples. See the explainer above.
    Can the Icon-X detect trace amounts?
    Handheld Raman systems are not trace identification tools.
    What can it identify?
    Rigaku says the Icon-X quickly identifies chemical warfare agents, explosives, narcotics, and toxic industrial chemicals. It ships with a 13,250+ item on-board library across categories including CWA, explosives, narcotics, TIC/TIM, precursors, pharmaceuticals and more, and users can add materials in up to 8 user library categories.
    Does it need user calibration?
    No. The Icon-X has an on-board self test (polystyrene), and no user calibration is required.
    How long does the battery last?
    Rigaku rates the hot-swappable 7.2 V Li-ion, 3350mAh battery at more than 4 hours of operation (>4 hrs).
    Can it be decontaminated?
    Rigaku rates the Icon-X IP-68 and MIL 810H, and describes it as more ruggedized for use in harsh environments and decon purposes.
    What warranty and support does Rigaku offer?
    A 36-month manufacturer's warranty, with 24/7/365 Reachback Support and software and library updates included under active support. Rigaku also lists comprehensive training options.
    Is the Icon-X export controlled?
    Rigaku states the Icon-X is not ITAR-restricted, though a U.S. Department of Commerce export license may be required for some countries. All products manufactured by Rigaku Analytical Devices are made in the USA.
    Next step

    Spec an Icon-X for your team

    Tell us what your team needs to identify and how you need to scan it, or ask us anything about the specs above, and our team will follow up.

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