By integrating a single unit, capital investment and good manufacturing practice (GMP) floor space is lower than other alternatives.
The number of material handling step is decreased, thus reducing the number of operators.
It contains a high shear mixer granulator that is also equipped with drying technologies. A one pot processor is used processing is the production of granules using a wet granulation process in which dry mixing, liquid addition, wet granulation, drying, blending and sizing of granules is done in one machine.
Variable rotation speed and mix time to suite recipe need.
Multiple bowl options are available for drying and processing.
Advanced WIP system with multiple dynamic wash points for thorough cleaning.
Optional isolation valves provided for explosion suppression.
Design principles include Froude’s No. and Revolution speed functional parameter.
By integrating a single unit, capital investment and good manufacturing practice (GMP) floor space is lower than other alternatives.
The number of material handling step is decreased, thus reducing the number of operators.
It contains a high shear mixer granulator that is also equipped with drying technologies. A one pot processor is used processing is the production of granules using a wet granulation process in which dry mixing, liquid addition, wet granulation, drying, blending and sizing of granules is done in one machine.
Variable rotation speed and mix time to suite recipe need.
Multiple bowl options are available for drying and processing.
Advanced WIP system with multiple dynamic wash points for thorough cleaning.
Optional isolation valves provided for explosion suppression.
Design principles include Froude’s No. and Revolution speed functional parameter.
Continuous Processing is becoming more and more important in the pharmaceutical industry.
Cleaning and change over time reduce in continuous granulation process.
It also reduces the validation time
The system can be configured to perform dosing and mixing of raw materials, wet or melt granulation (using the same co-rotating twin screw granulation unit).
A process which allows primary powder particles to adhere and form granules, is one of the most important unit operations in drug manufacturing and it is the Granulation process.
Design principles such as Froude’s no., Tip velocity and swept volume are also included.
Tangential Blade assembly with inclined profile for mass movement and better mixing.
Reduction of material size for drying is achieved by Inline bowmil (co-mill).
Material Transferred by closed pneumatic transfer system (PTS).
Advanced WIP system with multiple dynamic wash points for thorough cleaning.
Fluid bed processing involves drying, granulation and coating of particulate materials obtained from Rapid Mixer Granulator.
Uniform processing conditions are achieved by passing hot air through a product layer under controlled velocity conditions to create a fluidized state.
Blending is done to achieve a flexible and efficient mixing process with no risk of cross contamination.
Flexible batch sizes can be blended at one time as one blender accommodates a multiple different IBC size.
Double locking assembly for containers with easy manoeuvring and improved safety operation..
One Pot Processors (AIC POT) offer a choice of mixing, granulation and drying options integrated into one processing vessel.
A single pot processor is a high shear mixer granulator that is also equipped with drying technologies. Thus, single pot processing is the production of granules using a wet granulation process in which dry mixing, liquid addition, wet granulation, drying and sizing of granules is done in one machine.
Requirements for solvent recovery system are lower for single pot processors compared with Fluid Bed Dryers.
Swinging bowl options during vacuum drying results in an improvement of the granule characteristics and a reduction in drying time.
Easy and efficient cleaning (CIP).
By integrating granulating and drying capabilities into a single unit, capital investment and good manufacturing practice (GMP) floor space is lower than other alternatives.
The number of material handling step is decreased, thus reducing the number of operators.
Bow-mill are designed for milling process in the pharmaceutical industries.
Bow-mill offers numerous benefits over alternative milling methods including higher throughput, tighter particle size distribution, easier cleaning/maintenance and less noise, heat and dust.
Mills are suitable for a wide range of applications and offer full process scalability from laboratory to pilot to production.
As per standard all contact parts manufactured with 316L stainless steel, with FDA compliant seals, gasket, etc.
Non-contact parts such as frames, motor covers and control panel are manufactured with 304 stainless steel.
Achieve various particle size on one machine simply by changing mesh size of sieve.
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