Handheld 1064 nm Raman Portfolio

    Rigaku's Series of handheld 1064 nm Raman analyzers are fit for purpose for your analysis needs and budget.

    Rigaku CQL Narc-ID Identifies Fentanyl 1200x627
    CQL Narc-ID

    Presumptive identification of narcotics, precursor chemicals, and cutting agents.

    Is the CQL Narc-ID right for me? >
    CQL Gen-ID Identifies Mixtures 400x300
    CQL Gen-ID

    Expands chemical threat analysis with a library that also includes more general threats, including explosives and general chemicals.

    Is the CQL Gen-ID right for me? >
    CQL Max-ID Identifies Novichok 1200x627
    CQL Max-ID

    Maximizes chemical threat analysis, with the largest on-board library to identify over 13,000 items including narcotics, explosives, toxic chemical industrial chemicals, chemical warfare agents (CWAs), and more.

    Is the CQL Max-ID right for me? >

    Progeny - Polysorbates - amber bottle 1200x960

    Progeny

    Versatile, handheld spectrometer for raw material identification and verification.

    Is Progeny right for me?

    Handhelds Menu

    Life Saving Applications

    Rigaku's handheld Raman analyzer portfolio offers detection, identification and verification of materials - where you need it most.

    Safety Security Microsite Homepage Graphic
    Chemical Threats

    U.S. DoD JPEO DR SKO Program Approved

    Explore >
    Rigaku handheld Raman for Narcotics Analysis 1200x627
    Illicit Narcotics

    Accepted by SWGDRUG for Presumptive ID

    Explore >
    Pharma Barrels 1200x627
    Pharmaceutical Raw Materials

    U.S. FDA 21 CFR Part 11 Compliant

    Explore >

    Cutting-Edge Technology

    What is Raman Spectroscopy? 

    RamanRaman_Icon spectroscopy is an established vibrational technique that produces a spectrum that relates to features in the sample’s molecular structure. Each compound’s Raman spectrum is unique, and serves as a “chemical fingerprint” that can be used to identify an unknown compound, or a mixture of compounds. 

    What are the benefits of Raman technology? 

    • Nondestructive testing
    • Little to no sample preparation
    • Identify various form factors, such as solids, powders, gels, pastes and liquids
    • Scan through translucent packaging, such as plastic and glass – keeping the user or material safe from exposure

    Rigaku's 1064 nm Raman 

    • Minimized fluorescence interference
    • Identify colored or impure samples 
    • Scan through colored wrappings or containers
    • Analyze mixtures without additional operator action
    • Receive result in 1 minute or less

    Chemical Fingerprint Image

     

    Learn more about 1064 nm Raman

    Contact Us

    Whether you're interested in getting a quote, want a demo, need technical support, or simply have a question, we're here to help.