High speed Multi mill | Uniform Particle Sizing , GMP compliant

Multi mill

Multi mill SH-200

The Multi mill SH-200 manufactured by T&T MACHINERY is commonly known in the pharmaceutical industry as a granule sizing or re-granulating machine.
It is typically used in the wet or dry granulation process to:

Adjust and standardize granule size after uneven granulation.
Smooth and homogenize granules for more stable tablet compression.
Separate oversized or undersized granules and bring them back to the desired size (by using sieves with different mesh sizes).

🔧 1. Machine Structure:

Depending on the model, the most common design is the oscillating granulator type. Main components include:

Feeding hopper: Where the non-standard granules are loaded.
Oscillating blade system: The blade moves back and forth (or rotates) to cut and push granules through the sieve.
Sieve (screen): A stainless-steel mesh plate with specific mesh sizes for classifying granules.
Drive motor: Powers the blade and moving parts.
Discharge outlet: Where standardized granules are collected.
Machine frame and housing: Usually made of stainless steel (SS304 or SS316), meeting GMP standards.

⚙️ 2. Working Principle:

Wet or dry granules are fed into the hopper.
The oscillating (or rotating) blade pushes the material through the sieve.
Granules are cut, broken down, and filtered to the desired size.
Standardized granules are collected at the discharge outlet, while oversized granules are reprocessed or discarded.

🧪 3. Applications in the Pharmaceutical Industry:

Sizing granules after wet granulation to ensure uniformity before drying.
Resizing dried granules to reduce size and prevent agglomeration.
Preparing granules for tablet compression — resulting in consistent, durable, and visually uniform tablets.
Also applied in functional food, cosmetics, chemical, and food industries (e.g., instant tea granules, nutritional powder).

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Granule production line

Multi mill SH-100

The Multi mill SH-100 manufactured by T&T MACHINERY is commonly known in the pharmaceutical industry as a granule sizing or re-granulating machine.
It is typically used in the wet or dry granulation process to:

Adjust and standardize granule size after uneven granulation.
Smooth and homogenize granules for more stable tablet compression.
Separate oversized or undersized granules and bring them back to the desired size (by using sieves with different mesh sizes).

🔧 1. Machine Structure:

Depending on the model, the most common design is the oscillating granulator type. Main components include:

Feeding hopper: Where the non-standard granules are loaded.
Oscillating blade system: The blade moves back and forth (or rotates) to cut and push granules through the sieve.
Sieve (screen): A stainless-steel mesh plate with specific mesh sizes for classifying granules.
Drive motor: Powers the blade and moving parts.
Discharge outlet: Where standardized granules are collected.
Machine frame and housing: Usually made of stainless steel (SS304 or SS316), meeting GMP standards.

⚙️ 2. Working Principle:

Wet or dry granules are fed into the hopper.
The oscillating (or rotating) blade pushes the material through the sieve.
Granules are cut, broken down, and filtered to the desired size.
Standardized granules are collected at the discharge outlet, while oversized granules are reprocessed or discarded.

🧪 3. Applications in the Pharmaceutical Industry:

Sizing granules after wet granulation to ensure uniformity before drying.
Resizing dried granules to reduce size and prevent agglomeration.
Preparing granules for tablet compression — resulting in consistent, durable, and visually uniform tablets.
Also applied in functional food, cosmetics, chemical, and food industries (e.g., instant tea granules, nutritional powder).

+ More

High speed Multi mill | Uniform Particle Sizing , GMP compliant | T&T MACHINERY

Multi mill SH-200

🔧 1. Machine Structure:

⚙️ 2. Working Principle:

🧪 3. Applications in the Pharmaceutical Industry:

Multi mill SH-100

🔧 1. Machine Structure:

⚙️ 2. Working Principle:

🧪 3. Applications in the Pharmaceutical Industry: