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RS1500DI Pharma Analyser - 1064 nm

RS1500DI Pharma Analyser - 1064 nm

RS1500DI Pharma Analyser - 1064 nm
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  • Response quickly: Identification can be completed within a few seconds
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RS1000DI Pharma Analyser - 785 nm

RS1000DI Pharma Analyser - 785 nm

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    RS1000DI & RS1500DI Handheld Raman Spectrometers for Pharma

    Rapid, Non-Destructive Pharmaceutical Material Identification — 785 nm & 1064 nm Options

    ScienceGears offers industry-grade handheld Raman spectrometers for fast, compliant, and non-destructive identification of pharmaceutical raw materials and packaging components—directly through containers, without the need for sampling or lab transfer.

    Whether you're verifying incoming goods in warehouses or ensuring quality in production zones, RS1000DI (785 nm) and RS1500DI (1064 nm) support your QA/QC processes with precision and ease.

    What are RS1000DI and RS1500DI?

    Model Laser Wavelength Key Advantage Ideal For
    RS1000DI 785 nm Compact and versatile for standard materials General pharmaceutical raw materials
    RS1500DI 1064 nm Reduces fluorescence, better for organics Fluorescent or complex organic compounds

     

    Key Features

    • Non-destructive testing through glass, plastic, woven bags, and paper

    • No sampling required, reducing contamination risk

    • FDA 21 CFR Part 11 & GMP compliant

    • Machine learning-powered algorithms for accurate, fast results

    • Built-in microscope (RS1000DI) for small particle detection

    • Lightweight, portable design — ideal for warehouse and production environments

    • Wide spectral libraries (13,000+ reference materials)

    Use Cases in Pharma

    • Raw material identification at goods-in checkpoints

    • Packaging verification for compliance

    • Real-time release testing (RTRT) under GMP guidelines

    • Sampling-free QA in production rooms and prep areas

    • Support for 3Q documentation (IQ, OQ, PQ)

    FAQ

    1. What is the difference between RS1000DI and RS1500DI?
    RS1000DI uses a 785 nm laser and is suitable for general materials, while RS1500DI uses a 1064 nm laser to minimize fluorescence—ideal for organics like amino acids, coenzymes, and pigments.

    2. Can these handheld Raman analyzers scan through packaging?
    Yes. Both models can scan directly through transparent and semi-transparent packaging materials like glass, plastic, paper bags, and woven sacks—no unpacking needed.

    3. Are these devices GMP compliant?
    Yes. Both models comply with GMP guidelines and FDA 21 CFR Part 11, and support validation documentation required for regulated pharma environments.

    4. What materials can the RS1000DI and RS1500DI identify?
    They can identify active pharmaceutical ingredients (APIs), excipients, biochemical compounds, and various polymers used in drug formulation and packaging.

    5. Do they require internet connectivity to operate?
    No. The devices function autonomously in the field and support USB, Wi-Fi, Bluetooth, and 4G for optional data sync or cloud integration.