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4G Handheld Raman Analyzer ATR6500 - China Suppliers and Factory for Advanced Field Detection Solutions

Introducing the ATR6500—a cutting-edge handheld Raman spectrometer that enhances the capabilities of the previous handRam model. This innovative device retains the advantages of being super thin, ultra-light, and providing fast identification of substances, while also introducing a rechargeable battery for extended field use. With its specialized features, the ATR6500 includes toxic and hazardous gas alarms and an altitude sensor for comprehensive safety assessments, The ATR6500 employs advanced spectral identification algorithms, allowing for easy substance identification and enabling users to incorporate their own spectral data. Operating on an Android system, it features a user-friendly interface, a 5.5 high-definition screen, and dual cameras (13-megapixel + 8-megapixel) for capturing evidence in the field. Additionally, the device supports multiple connectivity modes, including inbuilt Wi-Fi, Bluetooth, and GPS, As a leading supplier in China, we take pride in offering full technical support and services for the ATR6500, including the development of spectral libraries, method validation, and IQ/OQ/PQ services. Experience intelligent mobile technology at your fingertips—choose the ATR6500 from our factory today!

    Features
    • ● Non-Destructive, Fast Detect & Identify, One-touch Operation
    • ● Advanced algorithm, mixture detection
    • ● HD 5.5" capacitive touch screen, smooth operation system
    • ● Double cameras of 13-mega plus 8-mega
    • ● Barcode & QR scan
    • ● Precision GPS positioning
    • ● Multiple modes of 4G, GPS, GPRS, Bluetooth, WIFI
    • ● Self-Built Spectral Library
    • ● Test results report export PDF
    • ● Built-in Li battery continuous operation 4–6 hrs
    • ● Lightweight (450g), easy-to-take
    • ● IP-67 compliant
    Performance
    ATR6500 System Parameters
    Operative System Android
    Excitation Wavelength 785 ± 0.5nm
    Wavenumber Range 200–4000 cm-1 or 100–3900 cm-1
    Resolution 7 cm-1
    Touch Screen 5.5", 1920×1080, Multi-Touch
    Size 172×85×30 mm
    Weight 450g
    Interface WIFI, USB Type-C, Bluetooth, GSM
    Model with Library
    Model Spectrum Library Application
    ATR6500 Self-Built Database Scientific Research
    ATR6500DH Pharmaceutical drugs: Heroin, Cocaine, Metamfetamine, Ketamine…
    Precursor: (-)-ephedrine, Chloroform, Diethylether…
    Explosives: TNT, RDX, TATP, Ammonium nitrate
    Hazmat: sulfate, gasoline, nitric acid, Toluene
    Food safety: Illegal food additives, residues of pesticide, veterinary drugs
    Police, Customs, Metro, Court, Prison, Public Safety
    ATR6500PH Pharmaceutical raw materials, APIs, excipients… Pharmaceutical Factory
    ATR6500GM Gemstones of Diamond, Agate, Emerald… Gemstones
    ATR6500IN Chemical products, Plastics, Rubber, Polymer, Compound… Industrial Application
    Export Report Reports format PDF, CSV, TXT of detect results, spectra, evident pictures
    Battery Replaceable battery for unlimited battery life, standby times >72 hrs
    Charging Type USB Type-C
    Operating Temperature -20 – 50 ℃
    Application
    • ✓ Public Safety; Food Safety
    • ✓ Hazardous detect at High Speed Train, Metro Entrance
    • ✓ APIs, Pharmaceutical raw materials, excipients
    • ✓ Gemstones & Materials ID, Mineral sorting
    • ✓ Experimental Research
    • ✓ Antique authentication
    • ✓ Minerals Sorting
    ATR6500 (1)
    Detail Pictures
    ATR6500 (2)
    Raman Technology Milestones
    ATR6500 (3)
    Raman Spectrometers Family
    ATR6500 Spectra Example
    ATR6500 (4)
    ATR6500 measured Spectra of Sorbitol, Sodium Benzoate, Piracetam, Taurine, Histidine, Amantadine, Niacin, Secnidazole
    ATR6500 (5)
    ATR6500 Mixture Spectra
    ATR6500 Field Pictures
    ATR6500 (6)
    ATR6500 (7)
    ATR6500 (8)
    ATR6500 (9)
    ATR6500 Ceramics ID
    ATR6500 (10)
    ATR6500 Pharmaceutical ID
    Frequently Asked Questions
    ? What detection technology does the ATR6500 use?
    The ATR6500 is based on Raman spectroscopy technology with a 785 ± 0.5nm excitation wavelength. It performs non-destructive, rapid identification of substances without requiring any sample preparation, enabling one-touch operation in the field.
    ? What substances can the ATR6500 identify?
    Depending on the model variant, the ATR6500 can identify pharmaceutical drugs (e.g., heroin, cocaine, ketamine), explosives (TNT, RDX, TATP), hazardous materials, food safety contaminants, pharmaceutical raw materials, gemstones, and industrial chemicals including plastics, rubber, and polymers.
    ? How long does the battery last on the ATR6500?
    The ATR6500 features a built-in replaceable lithium battery that supports continuous operation for 4–6 hours and standby time of over 72 hours. The replaceable battery design ensures unlimited battery life for extended field operations.
    ? Is the ATR6500 suitable for outdoor and harsh environment use?
    Yes. The ATR6500 is IP-67 certified, meaning it is dust-tight and can withstand temporary water immersion. It also operates across a wide temperature range of -20°C to 50°C, making it suitable for outdoor field deployments including high-speed train stations, metro entrances, and other demanding environments.
    ? What connectivity and data export options does the ATR6500 support?
    The ATR6500 supports multiple connectivity modes including 4G, GPS, GPRS, Bluetooth, and Wi-Fi. Detection results can be exported as PDF, CSV, or TXT reports that include spectra data, detection results, and evidential pictures. It also supports USB Type-C for charging and data transfer.
    ? What are the different model variants of the ATR6500 and how do I choose the right one?
    The ATR6500 is available in several variants: ATR6500 (self-built database for scientific research), ATR6500DH (drugs, explosives, and hazmat for public safety agencies), ATR6500PH (pharmaceutical raw materials and APIs), ATR6500GM (gemstone identification), and ATR6500IN (industrial chemicals and polymers). Choose based on your target application and spectral library requirements.

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