Used Pharma Granulator For Sale - Used Equipment on Kitmondo.com

Frewitt MG 123 – Oscillating Atex Granulator

Year: 2001

Engine Power	0.37 kW

Price on request

France

Frewitt MGIF 624 – Granulator

Year: 1975

Manufacturer : Frewitt Model: MGIF 624 Year : 1975 Type : Stainless steel rotating swing arm granulator Materials: stainless steel Dimensions: 130 X 90 X 250 CM Motor power: 1.5 KW Variable speed, regulator: mechanical Mounted on a stainless steel chassis with 4 wheels Capacity: approx. 1000 kg/h depending on product Technical file available.

Price on request

France

Gerteis Macro pactor 250/100/3 – Roller Compactor

Year: 2004

Capacity	400 kg/h

Speed (rpm)	30 rpm

Price on request

France

EIRICH R7 Pharmaceutical granulator

Year: 1983

Capacity	0 kg/h
Speed (rpm)	0 rpm
Engine Power	5.5 kW

Volume	50 L
Product type	Solids

Price on request

Czech Republic

Aeromatic-Fielder PMA 65 Pharmaceutical granulator

Year: 1979

Volume	65 L
Engine Power	7.5 kW

Speed (rpm)	3000 rpm

Price on request

Italy

Aeromatic Fielder PMA 150 – Granulator

Year: 1997

Volume	150 L
Engine Power	11 kW

Speed (rpm)	3000 rpm

Price on request

France

FREWITT SA MF-3 Pharmaceutical granulator

Year: 2008

FREWITT SA MF-3 Granulator Visible in Italy sold in the state it is in

14,500 €

Italy

IMA VORTEX 075 Pharmaceutical granulator

Year: 2001

Volume	75 L

Engine Power	3 kW

Price on request

Czech Republic

FREWITT MG 330 stainless steel granulator with bohle lifting arm

Year: 1996

Speed (rpm)	1400 rpm

Engine Power	0.75 kW

Price on request

France

GRANULATOR FREWITT MG 333

Year: 1996

GRANULATOR Brand : FREWITT Quantity : 1 Position : 2276 Model : MG 333 Year : 1996 Weight: 210 kg Dimensions : (L x W x H) 1.45 x 0.80 x 1.90 M Product description High-speed, oscillating stainless steel granulator and sifter for dry or wet products. Equipped with : - Hopper with feed cover. - Diameter 320 mm. - …

Price on request

France

Mixer-granulator DIOSNA P 100

Year: 1995

Volume	120 L

Engine Power	5.5 kW

28,000 €

France

Granulator used

Year:

Speed (rpm)	3410 rpm

Product type	Solids

Price on request

Italy

NIRO AEROMATIC MOD. MP2 - Fluid bed dryer granulator used

Year:

Engine Power	5.5 kW

Price on request

Italy

TK Fielder PMA 65 Pharmaceutical granulator

Year:

Capacity	25 kg/h
Speed (rpm)	400 rpm

Volume	65 L
Engine Power	7.5 kW

Price on request

United Kingdom

Aeromatic-Fielder PP1 Pharmaceutical granulator

Year: 1995

Speed (rpm)	1500 rpm

Price on request

Italy

DIOSNA P400 Pharmaceutical granulator

Year:

Volume	400 L
Engine Power	6 kW

Speed (rpm)	3000 rpm

Price on request

Italy

Glatt GPCG3 Pharmaceutical granulator

Year: 1989

Capacity	5 kg/h
Speed (rpm)	3000 rpm

Volume	8.5 L

17,000 €

France

Glass VAS 300 Pharmaceutical granulator

Year: 2014

Volume	300 L

Price on request

Spain

Like new ALEXANDERWERK WP 120 Pharmaceutical granulator, ATEX

Year: 2016

Capacity	40 kg/h

Speed (rpm)	15 rpm

Price on request

Italy

Collette Gral 300 Pharmaceutical granulator

Year: 1998

Volume	300 L

83,500 €

France

An In-Depth Look at Granulators in the Pharmaceutical and Chemical Industries

Granulators are essential equipment in the pharmaceutical and chemical industries, converting powders into granules that are easier to handle, process, and utilize. This transformation enhances the flow properties, compressibility, and homogeneity of powders, making them suitable for tablet compression, capsule filling, and various other applications. In the chemical industry, granulators produce uniform granules for catalysts, fertilizers, detergents, and other chemical products.

Types of Granulators

Granulators come in various types, each tailored to specific applications and advantages:

Wet Granulators

Wet granulators use a liquid binder to agglomerate powder particles. The binder solution is sprayed onto the powder while mixing, forming wet granules that are then dried. This method is ideal for producing dense, strong granules.

Dry Granulators

Also known as roller compaction or slugging, dry granulation involves compacting powder into large, dense sheets or slugs, which are then milled into granules. This method is suitable for moisture-sensitive or heat-sensitive materials.

High-Shear Granulators

These machines use a high-speed mixing blade and a chopper to mix powders and a binder solution rapidly, forming granules. High-shear granulators are known for their efficiency and are widely used in the pharmaceutical industry.

Fluid Bed Granulators

In these granulators, powder particles are fluidized in a stream of air, and a binder solution is sprayed from above, forming granules. Fluid bed granulation is ideal for achieving uniform granule size and efficient drying.

Oscillating Granulators

These machines use an oscillating rotor to mechanically process powder through a screen, forming granules. They are suitable for smaller production scales and provide good control over granule size.

Continuous Granulators

Designed for high-volume production, these machines continuously process powders into granules, offering high efficiency and consistent product quality.

Key Features and Specifications

When selecting a granulator, consider the following key features and specifications:

Granule Size Control

The ability to adjust granule size is crucial for meeting specific product requirements.

Capacity

The throughput capacity of the granulator, measured in kg/h or tons/h, depending on the production scale.

Binder Compatibility

For wet granulators, compatibility with different types of binders and solvents is essential.

Temperature Control

Important for heat-sensitive materials, ensuring that the granulation process does not degrade the product.

Ease of Cleaning

Features that facilitate easy cleaning and maintenance are crucial for avoiding cross-contamination, especially in the pharmaceutical industry.

Automation and Control Systems

Advanced granulators may include automated process control, data logging, and integration with manufacturing execution systems (MES).

Benefits of Using Granulators

Investing in high-quality granulators offers numerous benefits:

Improved Product Uniformity: Ensures uniform particle size and distribution, enhancing product quality.
Enhanced Flow Properties: Granules flow more easily than powders, improving the efficiency of downstream processes like tableting and encapsulation.
Better Compressibility: Granulated materials are more compressible, essential for forming tablets and other solid dosage forms.
Reduced Dust and Segregation: Granules generate less dust and are less prone to segregation, improving safety and consistency.
Versatility: Granulators can process a wide range of materials, making them suitable for various applications in pharmaceuticals and chemicals.

Factors to Consider When Choosing a Granulator

To select the right granulator for your needs, consider these factors:

Material Characteristics

Understand the properties of the material to be granulated, including moisture content, sensitivity to heat, and required granule size.

Production Scale

Determine the volume of material to be processed to choose a granulator with suitable capacity.

Regulatory Compliance

Ensure the granulator meets industry-specific regulatory standards, such as GMP (Good Manufacturing Practice) for pharmaceuticals.

Ease of Cleaning and Maintenance

Consider machines with easy-to-clean designs to minimize downtime and avoid cross-contamination.

Budget

Balance the initial investment with long-term operational costs, including maintenance, consumables, and energy consumption.

Service and Support

Evaluate the availability of technical support and maintenance services for the machine.

Training

Assess the need for operator training to effectively use the machine’s advanced features.

Leading Brands and Pricing

Several reputable brands manufacture reliable and high-performance granulators:

Frewitt: Known for high-precision granulators suitable for both the pharmaceutical and chemical industries. Prices typically range from $50,000 to $500,000, depending on the model and specifications.
Glatt: Offers a range of fluid bed and high-shear granulators, widely used in pharmaceutical manufacturing. Pricing generally ranges from $100,000 to $1 million.
Alexanderwerk: Specializes in dry granulation equipment, offering robust and efficient roller compactors. Prices generally fall between $60,000 and $400,000.
Fitzpatrick: Provides a variety of granulation equipment, including roller compactors and high-shear mixers. Prices typically range from $70,000 to $600,000.
GEA Group: Known for advanced granulation technology, including continuous granulators and high-shear mixers. Pricing generally ranges from $150,000 to over $1 million.

Conclusion

Granulators play a pivotal role in transforming powders into manageable and processable granules in the pharmaceutical and chemical industries. With various types such as wet, dry, high-shear, fluid bed, oscillating, and continuous granulators, selecting the right machine depends on specific production needs and material characteristics. Key factors to consider include granule size control, capacity, binder compatibility, temperature control, ease of cleaning, and automation. Leading brands like Frewitt, Glatt, Alexanderwerk, Fitzpatrick, and GEA Group offer a range of high-quality granulators to suit different applications and budgets. By carefully evaluating production volume, material properties, regulatory compliance, and budget, businesses can invest in the right granulator to enhance their manufacturing capabilities and ensure consistent, high-quality production.

Used Pharma Granulator For Sale - Used Equipment on Kitmondo.com 98

An In-Depth Look at Granulators in the Pharmaceutical and Chemical Industries

Types of Granulators

Wet Granulators

Dry Granulators

High-Shear Granulators

Fluid Bed Granulators

Oscillating Granulators

Continuous Granulators

Key Features and Specifications

Granule Size Control

Capacity

Binder Compatibility

Temperature Control

Ease of Cleaning

Automation and Control Systems

Benefits of Using Granulators

Factors to Consider When Choosing a Granulator

Material Characteristics

Production Scale

Regulatory Compliance

Ease of Cleaning and Maintenance

Budget

Service and Support

Training

Leading Brands and Pricing

Conclusion

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