qr Code Url

Scan qrcode to view mobile website

    OPTOSKY /NEWS /Raman Blog /ATR1600: The 210g Pocket Raman Gem Identifier /

    ATR1600: The 210g Pocket Raman Gem Identifier

    2026-10-23

    210g pocket-sized identification tool! Optosky ATR1600 ultra-micro Raman spectrometer puts a professional jewelry spectral lab in your pocket. No sampling required, non-destructive testing, identifies natural gemstones, synthetics, and treated jade in seconds. Ideal for exhibitions, pawnshops, and rough stone markets—protecting jewelry trade integrity with domestic spectral technology.

    Jewelry and jade carry aesthetic, financial, and cultural value. Diamonds, jadeite, agate, and colored gemstones are highly sought after, but synthetic stones, filled treatments, and counterfeits are endless. Traditional identification relies on appraiser experience and large benchtop laboratory equipment—precious jewelry must be sent back and forth for testing. At exhibitions, pawnshops, wholesale markets, and antique fairs, samples cannot be brought back to the lab, making on-site screening difficult. This has long been a pain point in the jewelry industry. In the past, precise Raman spectral identification was mostly confined to large testing institutions. Equipment was bulky and difficult to move, making rapid on-site verification nearly impossible for jewelers, pawnshops, and antique markets. Optosky’s ATR1600 ultra-micro pocket Raman identifier breaks the laboratory space constraint, condensing professional molecular fingerprint detection into a pocket-sized device—taking gem identification out of the lab and into the front lines of trade.
     

    01  Pocket-Sized, Identify Anywhere

    The ATR1600 is Optosky’s flagship ultra-micro Raman spectroscopic identifier. The entire device weighs only 210 grams and measures 84 × 52 × 32 mm—ultra-light, ultra-thin, and easily pocketable. All operations can be completed with one hand. The instrument has an IP65 industrial protection rating for dust and water resistance, allowing stable operation in noisy exhibition environments, pawnshop counters, antique markets, mining area rough stone screening, and rural jewelry inspections. No need for bulky external power—the built-in lithium battery provides 4–6 hours of runtime, and USB Type-C universal charging means a power bank can supply power, freeing field work from wall outlets. No need to send precious jewelry back to the lab. For mounted jewelry, large ornaments, and rough stone samples, on-site testing is direct—no stone removal, no sampling. Truly non-destructive testing, avoiding the risk of bumps and damage during transport.

    02  20,000+ Substance Spectral Library, Dedicated GM Jewelry Edition—Reading the Molecular Fingerprint of Gemstones

    Raman spectroscopy is known as the “molecular fingerprint” of matter. Every gemstone mineral has a unique spectral characteristic peak. Resin filling in B-grade jadeite, synthetic diamonds, glass imitation agate, and dyed jade are difficult to distinguish with the naked eye, but they cannot hide from Raman spectroscopy. The ATR1600 pairs with an Android smartphone APP and Optosky’s proprietary precision Raman identification algorithm. It contains a standard spectral library of up to 20,000+ substances, with a dedicated ATR1600GM jewelry identification edition covering diamonds, jadeite, agate, and various colored gemstones.

    • Point at the sample, one-tap start, results in seconds. The APP automatically compares against the spectral library and outputs the identification result.

    • Supports mixture identification. Can identify fillers and dye additives inside gemstones, distinguishing natural gemstones, synthetic products, and treated samples.

    • Open custom spectral library. Institutions can input their own reference samples to build a proprietary gemstone database, adapting to specialty jade and niche gemstone identification needs.

    After testing, a PDF inspection report is generated directly, including the spectral curve, match score, and on-site photo evidence—fully preserving identification evidence for archiving and traceability, meeting the file management needs of pawnshops, jewelry merchants, and third-party testing.

    03  20,000+ Substance Library, Focused on Jewelry and Jade Identification

    Built-in 20,000+ standard substance spectral library, dedicated GM jewelry edition, supports identification of natural gemstones, synthetics, and treated jade. Supports mixture identification and custom spectral libraries.
     


     

    04  Bluetooth-Connected Smartphone APP—Simple to Use, Lowering the Identification Barrier

    The instrument communicates with a smartphone (police terminal or ordinary Android phone) via Bluetooth 4.1, with a simple and friendly operating logic. Testing can be triggered either by pressing the button on the instrument body or with one tap on the smartphone APP. No deep spectral expertise is required—after brief training, frontline staff can independently complete testing. During testing, the smartphone directly displays the complete Raman spectrum, substance name, and match score, and can simultaneously take photos to record the sample appearance. For mounted jewelry and batch rough stone screening, rapid batch preliminary screening is possible, with high-risk samples then sent to large laboratories for deeper review—greatly improving detection efficiency across the entire jewelry circulation chain.

    Not just jewelry identification! The same hardware can switch scenarios by changing the spectral library: drug and hazardous chemical security screening, pharmaceutical raw and auxiliary material identification, food safety screening, cultural relic and antique authentication, industrial material identification—one device covers multi-sector rapid testing needs.
     

    05  Full Compliance Technical Services—Supporting Jewelry Testing Implementation

    Purchasing hardware is only the first step. Truly effective use requires complete supporting services. As a national-level “Specialized and Innovative” key “Little Giant” enterprise, Optosky provides customers with a full range of technical services: custom spectral library construction, detection method development and validation, IQ/OQ/PQ certification support, and systems compatible with CFR 21 specifications—meeting the standardized construction requirements of testing institutions. Optosky is headquartered in Xiamen, with R&D subsidiaries in Changsha, Xuzhou, Wuhan, and Chengdu, and a nationwide network of offices and engineer teams providing on-site training, technical Q&A, and continuous software iteration and upgrades—so the instrument is purchased with confidence and used with peace of mind.
     

    The value of jewelry comes from natural beauty, but even more from a true and credible identity. Precise spectral identification was once a privilege of large laboratories. Today, the ATR1600 ultra-micro Raman condenses molecular-level non-destructive identification into a pocket-sized device. From jewelry exhibition on-site inspection, pawnshop acceptance verification, and antique market authentication to mining area rough stone preliminary screening, frontline circulation scenarios no longer need to rely solely on visual experience. A beam of laser reads the gemstone’s molecular fingerprint—protecting fair trade in the jewelry industry with hardcore domestic spectral technology, and safeguarding every precious piece of beauty.

    For more information, please contact:

    Email: [email protected]

    Web: www.optosky.net

    Share:

    Microscopic Raman Spectroscopy for Graphene Sample Testing

    Applications | Micro-Raman Drug Residue Screening in Seafood

    Related Article

    default
    Explore how micro-confocal Raman spectroscopy, combined with SERS, enables rapid, non-destructive, molecular-level screening of veterinary drug residues such as malachite green, enrofloxacin, and chloramphenicol in aquatic products. Learn how Optosky’s ATR8100 supports microscopic localization, multi-wavelength excitation, mapping imaging, and portable on-site testing—while clarifying its role alongside LC-MS/MS confirmation.
    Applications | Micro-Raman Drug Residue Screening in Seafood
    2026-10-21
    default
    Discover how Raman spectroscopy enables label‑free cancer diagnosis by reading molecular fingerprints of cells. From key Raman peaks and AI‑powered classification to the ATR8800 confocal platform, this article explores the frontiers, challenges, and clinical potential of Raman‑based cancer detection.
    How Raman Spectroscopy Sees Through Cancer Cells: Label‑Free Cancer Diagnosis
    2026-09-18
    default
    Optosky successfully delivered and commissioned multiple ATP9100 field spectroradiometers at a university in Northwest China. The project included installation, performance verification, and on‑site training – supporting agricultural remote sensing, ecological monitoring, and geological surveys while building a standardized spectral research platform.
    Case Study | ATP9100 Acceptance at Northwest University
    2026-09-18
    image
    Raman peaks don't lie — if you know how to read them.
    Let's have a look!
    Raman Characteristic Peaks – A Short Summary
    2026-09-03




    Whatsapp :+86-15345924185

    EMAIL: [email protected]

    ADDRESS: No. 7, Tianjing International Intelligent Industrial Park, Tianxin District, Changsha City, Hunan Province, China

    Home
    Products

    About

    Contact

    Download

    SiteMap

    Powered by Optosky

    Optosky©2024

    (135891)
    0
    Service

    WhatsApp
    +86-15345924185
    Wechat
    +86-15345924185
    Phone
    +86-15345924185
    Email
    [email protected]
    Inquiry
    Inquiry
    Top