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Single Pot Multifunctional Top Drive Lab Rapid Mixer Granulator

  1. Engineered to eliminate cross-contamination through a top-drive design, addressing the most stringent pharmaceutical purity requirements and protecting operators from highly potent active ingredients.

    Technical Specifications
    Model: THG-10 (Lab Scale).
    Capacity: 5L – 12L
    Batch Capacity: 0.5kg to 5kg per batch (based on 0.5g/ml bulk density).
    Mixing Impeller: 2.2 kW power, with variable speed control from 50–725 RPM.
    Granulating Chopper: 0.75 kW power, with variable speed control from 300–2800 RPM.
    Equipped with a precision peristaltic pump (0–150 RPM) for binder addition.
    Integrated magnetic stirrer (200–1500 RPM) for precise binder solution preparation.
    Utilities: Requires 380V/50Hz power supply; operational compressed air at 0.6–0.8 MPa.
    Key Advantages
    R&D-Specific Top-Drive Configuration:
    Inherits the premium top-drive architecture of the industrial THG series, ensuring that the shaft seal is isolated from the product contact zone. This guarantees a clean, contamination-free environment for small-batch formulation development.
    High-End Mechanical Components:
    Built with industry-leading components, including ABB motors, NSK bearings, and Garlock shaft seals, ensuring the durability and precision required for critical R&D trials.
    Versatile Process Capabilities:
    • Integrated Magnetic Stirrer for binder solution conditioning.
    • Advanced Vacuum Filtration & Pneumatic Purging for effective drying within the same vessel.
    Scale-Up Predictive Design:
    The impeller geometry and drive ratios are designed to correlate directly with industrial-scale machines, providing reliable data for seamless process scale-up.
    Superior Containment & Safety:
    Equipped with a dedicated stainless steel 304 explosion-proof cabinet, meeting the stringent safety requirements for handling sensitive or active research compounds.
    Applications

    The THG-10 is specifically engineered for laboratory and pilot-plant environments, offering:

    Formulation Development:
    Ideal for testing new granulation methods for high-potency or heat-sensitive compounds.
    Process Parameter Optimization:
    Allows for precise control of impeller/chopper speeds and binder addition rates to define the "Design Space" for complex drug products.
    Small-Batch Manufacturing:
    Bridges the gap between bench-top testing and pilot-scale production, suitable for clinical trial material manufacturing.
    Advanced Granulation Research:
    Fully capable of supporting specialized processes, including thermal melt granulation and effervescent tablet development.

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