- CBRNe SOLUTIONS
1064nm Raman
Advanced 1064nm Raman analysis for rapid, non-destructive identification of chemical threats in demanding field environments.
- OVERVIEW
Advanced 1064nm Raman Chemical Identification
Rigaku’s CQL Series brings handheld 1064nm Raman spectroscopy to frontline chemical threat identification. The portfolio provides non-destructive analysis of unknown solids, liquids, powders, pastes and gels, including analysis through translucent packaging.
The series includes CQL Max-ID, CQL Gen-ID and CQL Narc-ID, allowing users to select a configuration according to the breadth and type of chemical threats being investigated. The 1064nm excitation is designed to reduce fluorescence interference commonly encountered with Raman analysis of dirty, colored or mixed materials.
Advanced 1064nm Raman Technology
1064nm laser excitation reduces fluorescence interference, supporting analysis of challenging and potentially contaminated samples.
Extensive Chemical Libraries
CQL Max-ID provides a library of 13,150+ items, while Gen-ID provides 5,100+ and Narc-ID provides 1,100+ items.
Non-Destructive Through-Packaging Analysis
The analyzers can identify many unknown solids, liquids, powders, pastes and gels through translucent packaging, reducing the need to directly handle potentially hazardous substances.
Rugged Handheld Field Platform
The CQL platforms weigh approximately 1.7 kg, provide IP68 and MIL-STD-810G environmental ruggedness, and offer more than 5 hours of battery operation on the standard Li-ion battery.
- TECHINICAL SPECIFICATIONS
1064nm Raman Technical Performance Specifications
The CQL portfolio shares a common handheld platform while varying in library scope, laser configuration and application focus. Specifications below reflect Rigaku’s current published product information.
Technical Specifications
Technical Parameter
CQL Max-ID
CQL Gen-ID
CQL Narc-ID
Raman Wavelength
1064 nm
1064 nm
1064 nm
Maximum Laser Power
490 mW
490 mW
350 mW
Spectral Resolution
~6–13 cm⁻¹
~6–13 cm⁻¹
~6–13 cm⁻¹
Spectral Range
200–2500 cm⁻¹
200–2500 cm⁻¹
200–2500 cm⁻¹
Spectrometer
Transmissive Volume Phase Grating
Transmissive Volume Phase Grating
Transmissive Volume Phase Grating
Detector
TE-cooled InGaAs, 512 pixel
TE-cooled InGaAs, 512 pixel
TE-cooled InGaAs, 512 pixel
Size
18.5 × 15 × 7.9 cm
18.5 × 15 × 7.9 cm
18.5 × 15 × 7.9 cm
Weight
1.7 kg
1.7 kg
1.7 kg
Battery
7.2 V Li-ion, 3400 mAh, >5 hr
7.2 V Li-ion, 3400 mAh, >5 hr
7.2 V Li-ion, 3400 mAh, >5 hr
Spectral Library
13,150+ items
13,150+ items
1,100+ items
Operating Temperature
-20°C to 50°C intermittent; +40°C continuous
-20°C to 50°C intermittent; +40°C continuous
-20°C to 50°C intermittent; +40°C continuous
Environmental Rating
IP68 / MIL-STD-810G
IP68 / MIL-STD-810G
IP68 / MIL-STD-810G
Connectivity
USB-C / Wi-Fi / Peer-to-Peer
USB-C / Wi-Fi / Peer-to-Peer
USB-C / Wi-Fi / Peer-to-Peer
Data Formats
.spc, .rrb, .pdf, .txt
.spc, .rrb, .pdf, .txt
.spc, .rrb, .pdf, .txt
Manufacturer Warranty
36 months
36 months
36 months
Note: Rigaku identifies these devices as Class 3B laser products with invisible 1064nm laser radiation. Appropriate laser-safety procedures must therefore be followed during operation.
- KEY FEATURES
Advanced Features For Field Chemical Analysis
The CQL Series combines Raman spectroscopy, specialized libraries, ruggedized hardware and field-oriented software features for rapid presumptive chemical analysis.
1064nm Raman Excitation
Reduces fluorescence interference when analysing challenging materials.
Non-Destructive Analysis
Supports identification without consuming or altering the sample.
Through-Packaging Analysis
Enables analysis through suitable translucent packaging, helping minimize direct exposure.
Bulk & Trace Identification
Supports identification of bulk materials, with optional QuickDetect capabilities for selected applications.
Automatic Mixture Analysis
CQL Max-ID can automatically analyse mixtures containing up to five components.
ThreatAlert™ Analysis
Provides threat-focused prioritization within supported CQL configurations.
QuickDetect™ Technology
Optional trace colorimetric detection for selected narcotics and explosives applications.
4C Precursor Monitoring
Supports automated precursor monitoring on applicable models.
Adjustable Laser Power
Provides configurable laser power and manual exposure controls on applicable models.
Adjustable Sampling Position
Adjustable nose-cone/focal positioning supports analysis through different packaging configurations.
Onboard 5MP Camera
Captures pictorial evidence and supports sample/result traceability.
Configurable User Libraries
Users can add materials and organize custom library categories.
Custom Applications
Supports creation of application-specific workflows.
Integrated Fleet Management
CommandSuite™ provides fleet management capability for supported deployments.
Ruggedized Construction
IP68 and MIL-STD-810G environmental ruggedness supports demanding field operations.
Multiple Connectivity Options
Waterproof USB-C, Wi-Fi and peer-to-peer connectivity support data transfer and device integration.
Self-Test Functionality
Integrated reference standards support operational verification.
PDF Reporting
Results can be exported in PDF alongside other supported data formats.
- FOCUS SEGMENTS & APPLICATIONS
Field Applications Across Security Operations
The CQL 1064nm Raman portfolio is designed for chemical identification across CBRNe response, EOD, law enforcement, border security, military and public-safety environments
DEFENSE
EOD & Ordnance Response
Purpose-built containment for military EOD and ordnance-response environments.
CIVIL AVIATION
Airport Security Operations
Containment support for airport security and controlled threat-response operations.
CARGO OPERATORS
Cargo Security Operations
Solutions for explosive-threat management across cargo handling and logistics environments.
AIRLINES
Airline Security Operations
Containment capabilities for airline operational and passenger-safety requirements.
HOME AFFAIRS
Public Security Agencies
Support for government security and specialist explosive-response agencies.
RAILWAYS
Rail & Transit Security
Containment solutions for rail networks, stations and transit environments.
HOSPITALITY
Venue Security Operations
Designed for hotels, venues and guest-facing environments with public safety requirements.
COMMERCIAL ESTABLISHMENTS
High-Footfall Facilities
Protection solutions for business sites and locations with significant public movement.
EMBASSIES & GOVERNMENT ESTABLISHMENTS
Diplomatic Security Operations
Containment capabilities for diplomatic missions and government facilities.
- FREQUENTLY ASKED QUESTIONS (FAQs)
1064nm Raman Analyzer Questions Answered
What is a 1064nm Raman analyzer?
A 1064nm Raman analyzer is a handheld spectroscopy instrument that uses a 1064nm laser to generate molecular fingerprints for identifying unknown materials. The longer excitation wavelength can reduce fluorescence interference compared with shorter-wavelength Raman systems.
What are CQL Max-ID, Gen-ID and Narc-ID?
They are three Rigaku CQL handheld 1064nm Raman analyzers designed for different chemical-analysis requirements. Max-ID provides the broadest chemical-threat library, Gen-ID targets general chemical threats, while Narc-ID focuses specifically on narcotics, precursor chemicals and cutting agents.
Can the Raman analyzer identify substances through packaging?
Yes. CQL analyzers can nondestructively analyse many solids, liquids, powders, pastes and gels through suitable translucent packaging, helping reduce direct contact with potentially hazardous substances.
What types of substances can be identified?
Depending on the CQL model and library, applications include narcotics, explosives, explosive precursors, chemical warfare agents, CWA precursors, toxic industrial chemicals, household chemicals, pharmaceuticals, polymers, solvents and other chemical threats.
Is the CQL Series suitable for field operations?
Yes. The CQL platforms are handheld, approximately 1.7kg, rated IP68 and MIL-STD-810G, and provide more than five hours of battery operation with the standard battery on the Max-ID, Gen-ID and Narc-ID models.
Can the system analyse mixtures?
The CQL Max-ID and Gen-ID feature automatic mixture analysis, with Rigaku specifying analysis of up to five components. Optional QuickDetect capabilities are also available for selected narcotics and explosives applications.
Is 1064nm Raman identification definitive?
The CQL Series is intended for field and presumptive chemical analysis. Results should be interpreted according to the instrument’s intended application, operating procedures and applicable agency protocols; confirmatory laboratory methods may be required where regulations or evidentiary requirements demand them. Rigaku notes, for example, that Raman is recognized by SWGDRUG as a Category A technique for seized-drug analysis, with additional analysis requirements in that framework.