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Pelletization Line

Process Line

  • Pelletization Line refers to the production setup used to create small spherical pellets or granules that are often used in drug formulation.
  • These pellets can be used for various purposes
  • such as controlled or sustained-release drug delivery systems where the medication is released slowly over time.

Industry Standard Machinery

For production and research

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Technical Specs

Capacity

Payload, Volume throughput,..

Utility Specs

Power consumption, Operating pressure,..

Configuration

Modular, Standalone, inline, or rotary.

Build Quality

Material grade, wear resistance.

Detailed Information on Pelletization Line

Pelletization is a crucial process in the pharmaceutical industry, particularly for developing controlled-release and sustained-release formulations. Pellets are small, spherical, or semi-spherical solid dosage forms that provide various advantages over traditional tablets or capsules, such as more uniform drug distribution, better flow properties, and the ability to combine multiple drugs in one dosage form. The Pelletization Line is a sophisticated and integrated production setup used to convert raw materials into uniform pellets. Understanding how a pelletization line functions requires a deep dive into the various components, processes, and technologies involved. This exploration will cover the preparation, processing, and final packaging of pharmaceutical pellets, highlighting the critical role each step plays in ensuring the quality and effectiveness of the final product. Working of Pelletization Line Sifter- To maintain uniform granule size, We have single & twin deck models with validated sieved in mesh & microns size as per BSS O ASTM standard. Granulation (Wet/ Dry)- Material collected bin will be lifted and positioned above the sigma mixer and then the material will be charged in the sigma mixer IPC BIN- For uniform mixing of material along with liquid charging port assembly to charge liquid binder Solid Drug Layering- Material collecting bin will be placed at the discharge point of the sigma mixer and will be lifted to be at the feeding position of wet mass dispenser Extrusion & Spheronization- For Uniformly charging material to the Basket Extruder Fluid Bed Coating / Drying- For preparing extrudes Sifter- Material from the basket extruder will be collected in the FBD bowl and it will be further assembled with the FBD Lifting Tilting Device- For drying extrudes Blending- After drying, the same FBD bowl will be connect to the tippler system and the tippler will lift the bowl and will be placed at the feeding positing the shifter Capsule Filling- For separating the oversized, actual sized & lower sized extrudes FEATURES Controlled and Sustained Drug Release: Pellets can be engineered to release drugs at a controlled rate, improving therapeutic outcomes by maintaining steady drug levels in the bloodstream over time. Scalable Manufacturing: Pelletization processes are easily scalable from laboratory to commercial production, making it a cost-effective option for large-scale manufacturing. Improved Flow Properties: Pellets have excellent flow characteristics, making them easier to handle and process during manufacturing, especially for filling capsules or sachets. Versatility in Formulation: Pelletization is suitable for a wide range of APIs, including those with poor compressibility, moisture sensitivity, or a need for taste masking. PERKS 1. Dose Uniformity: Each pellet contains a precise amount of the active ingredient, ensuring consistent dosing and reducing the risk of under- or over-dosing. 2. Combination Therapies: Different drugs can be incorporated into separate pellets within a single dosage form, enabling the delivery of multiple medications simultaneously without interactions. 3. Improved Bioavailability: Pellets can be designed to release drugs at specific sites within the gastrointestinal tract, enhancing absorption and bioavailability. 4. Enhanced Stability: he process can protect sensitive drugs from degradation due to moisture, light, or pH, extending the product's shelf life. 5. Reduced Side Effects: Controlled-release pellets minimize the peak concentrations of drugs in the bloodstream, potentially reducing the risk of side effects.

ModelPelletization line
Capacity 200 to 600 kg/hr

Highlights of Pelletization Line

  • - Combines granulation / extrusion / spheronization / drying / coating / blending and sizing into one continuous manufacturing platform.
  • - Flexible configuration allows easy adaptation from laboratory development to high-volume commercial production.
  • - Integrated IPC bins
  • - lifting systems
  • - and transfer mechanisms minimize manual intervention and product loss.
  • - Engineered to deliver highly spherical pellets with narrow particle size distribution and excellent flow characteristics.

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FAQs on Pelletization Line

A Pelletization Line is an integrated production system designed to manufacture uniform spherical pellets for pharmaceutical, nutraceutical, and specialty chemical applications. It combines multiple processing steps such as granulation, extrusion, spheronization, drying, coating, and sizing into a streamlined workflow.

A typical Pelletization Line may include sifting, wet or dry granulation, drug layering, extrusion, spheronization, fluid bed drying, fluid bed coating, blending, sizing, and final capsule filling or packaging operations.

An integrated Granulation Line reduces material handling, minimizes contamination risks, improves process control, shortens production cycles, and delivers consistent granule quality while reducing overall operating costs.

Yes. The Pelletization Line is fully scalable and can support R&D, pilot-scale studies, process validation, and large-scale commercial manufacturing while maintaining consistent pellet quality and process efficiency.

The system is ideal for controlled-release pellets, sustained-release formulations, taste-masked pellets, drug-layered pellets, multiparticulate dosage forms, nutraceutical pellets, and combination drug products.

Downloadable Files for Pelletization Line

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Granulation Line

Process Line

Granulation Line

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