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Granulator Vincent

Granulator Vincent

Granulator Vincent

Year: ~2000

Location: Spain

€17,000

Granulator Vincent

Granulator Vincent

Year: ~2000

Location: Spain

€17,000

Aeromatic Single spot SP65 Pharmaceutical granulator

Aeromatic Single spot SP65 Pharmaceutical granulator

Aeromatic Single spot SP65 Pharmaceutical granulator

Year: 1995

Location: France

€88,000

Aeromatic Single spot SP65 Pharmaceutical granulator

Aeromatic Single spot SP65 Pharmaceutical granulator

Year: 1995

Location: France

€88,000

Baker Perkins APV 300 Pharmaceutical granulator

Baker Perkins APV 300 Pharmaceutical granulator

Baker Perkins APV 300 Pharmaceutical granulator

Year: -

Location: United Kingdom

€19,500

Baker Perkins APV 300 Pharmaceutical granulator

Baker Perkins APV 300 Pharmaceutical granulator

Year: -

Location: United Kingdom

€19,500

Niro-Fielder PMA 150 Pharmaceutical granulator

Niro-Fielder PMA 150 Pharmaceutical granulator

Niro-Fielder PMA 150 Pharmaceutical granulator

Year: -

Location: United Kingdom

€42,000

Volume 150 L
Niro-Fielder PMA 150 Pharmaceutical granulator

Niro-Fielder PMA 150 Pharmaceutical granulator

Year: -

Location: United Kingdom

€42,000

Atmosphere Controle ATCO G180 Pharmaceutical granulator

Atmosphere Controle ATCO G180 Pharmaceutical granulator

Atmosphere Controle ATCO G180 Pharmaceutical granulator

Year: 2019

Location: France

€452,000

Capacity 200 kg/h
Speed (rpm) 20 rpm
Motor Power 7.5 kW
Volume 0 L
Product type Solids
Atmosphere Controle ATCO G180 Pharmaceutical granulator

Atmosphere Controle ATCO G180 Pharmaceutical granulator

Year: 2019

Location: France

€452,000

Huttlin HMG 5 Pharmaceutical granulator

Huttlin HMG 5 Pharmaceutical granulator

Huttlin HMG 5 Pharmaceutical granulator

Year: 2004

Location: Poland

€3,190

Volume 9 L
Speed (rpm) 8800 rpm
Huttlin HMG 5 Pharmaceutical granulator

Huttlin HMG 5 Pharmaceutical granulator

Year: 2004

Location: Poland

€3,190

Bonals BC-240 Pharmaceutical granulator

Bonals BC-240 Pharmaceutical granulator

Bonals BC-240 Pharmaceutical granulator

Year: 2003

Location: Spain

Price on request

Bonals BC-240 Pharmaceutical granulator

Bonals BC-240 Pharmaceutical granulator

Year: 2003

Location: Spain

Price on request

Huettlin HGM 250 Pharmaceutical granulator

Huettlin HGM 250 Pharmaceutical granulator

Huettlin HGM 250 Pharmaceutical granulator

Year: -

Location: Germany

Price on request

Volume 375 L
Motor Power 30 kW
Huettlin HGM 250 Pharmaceutical granulator

Huettlin HGM 250 Pharmaceutical granulator

Year: -

Location: Germany

Price on request

Aeromatic PMA 300 Pharmaceutical granulator

Aeromatic PMA 300 Pharmaceutical granulator

Aeromatic PMA 300 Pharmaceutical granulator

Year: -

Location: Italy

Price on request

Volume 300 L
Motor Power 11 kW
Speed (rpm) 216 rpm
Aeromatic PMA 300 Pharmaceutical granulator

Aeromatic PMA 300 Pharmaceutical granulator

Year: -

Location: Italy

Price on request

Bohle BTS 100 Pharmaceutical granulator

Bohle BTS 100 Pharmaceutical granulator

Bohle BTS 100 Pharmaceutical granulator

Year: 2001

Location: Germany

Price on request

Capacity 1000 kg/h
Speed (rpm) 3000 rpm
Motor Power 1.6 kW
Volume 50 L
Product type Solids
Bohle BTS 100 Pharmaceutical granulator

Bohle BTS 100 Pharmaceutical granulator

Year: 2001

Location: Germany

Price on request

Zanchetta Rotolab Granulator

Zanchetta Rotolab Granulator

Zanchetta Rotolab Granulator

Year: 1998

Location: Germany

Price on request

Volume 2.8 L
Speed (rpm) 1500 rpm
Zanchetta Rotolab Granulator

Zanchetta Rotolab Granulator

Year: 1998

Location: Germany

Price on request

Gea M6 suit Pellet machine second machine E220 extruder/palletiser . third machine is a n S450 spherinizer

Gea M6 suit Pellet machine second machine E220 extruder/palletiser . third machine is a n S450 spherinizer

Gea M6 suit Pellet machine second machine E220 extruder/palletiser . third machine is a n S450 spherinizer

Year: -

Location: United Kingdom

€58,000

Gea M6 suit Pellet machine second machine E220 extruder/palletiser . third machine is a n S450 spherinizer

Gea M6 suit Pellet machine second machine E220 extruder/palletiser . third machine is a n S450 spherinizer

Year: -

Location: United Kingdom

€58,000

Gea Niro Fielder Nica M6 extrusion and spheronization

Gea Niro Fielder Nica M6 extrusion and spheronization

Gea Niro Fielder Nica M6 extrusion and spheronization

Year: 1993

Location: United Kingdom

€58,000

Gea Niro Fielder Nica M6 extrusion and spheronization

Gea Niro Fielder Nica M6 extrusion and spheronization

Year: 1993

Location: United Kingdom

€58,000

Glatt TR 160-02 Pharmaceutical granulator

Glatt TR 160-02 Pharmaceutical granulator

Glatt TR 160-02 Pharmaceutical granulator

Year: 2000

Location: France

Price on request

Capacity 1000 kg/h
Speed (rpm) 2000 rpm
Volume 25 L
Motor Power 2.2 kW
Glatt TR 160-02 Pharmaceutical granulator

Glatt TR 160-02 Pharmaceutical granulator

Year: 2000

Location: France

Price on request

CMA CAL Pharmaceutical granulator

CMA CAL Pharmaceutical granulator

CMA CAL Pharmaceutical granulator

Year: -

Location: France

Price on request

Capacity 0 kg/h
Motor Power 0.8 kW
Volume 2 L
CMA CAL Pharmaceutical granulator

CMA CAL Pharmaceutical granulator

Year: -

Location: France

Price on request

Talleres Lozano de Santomera 200kg/h Mill

Talleres Lozano de Santomera 200kg/h Mill

Talleres Lozano de Santomera 200kg/h Mill

Year: 2019

Location: Spain

€9,000

Capacity 200 kg/h
Product type Solids
Volume 100 L
Talleres Lozano de Santomera 200kg/h Mill

Talleres Lozano de Santomera 200kg/h Mill

Year: 2019

Location: Spain

€9,000

Lodha LI-RMG Laboratory High Shear Mixer Granulator

Lodha LI-RMG Laboratory High Shear Mixer Granulator

Lodha LI-RMG Laboratory High Shear Mixer Granulator

Year: 2020

Location: India

€14,500

Capacity 2 kg/h
Speed (rpm) 1440 rpm
Motor Power 1.5 kW
Volume 5 L
Product type Solids
Lodha LI-RMG Laboratory High Shear Mixer Granulator

Lodha LI-RMG Laboratory High Shear Mixer Granulator

Year: 2020

Location: India

€14,500

Lodha LI-DCB Pharmaceutical Powder Blender

Lodha LI-DCB Pharmaceutical Powder Blender

Lodha LI-DCB Pharmaceutical Powder Blender

Year: 2019

Location: India

€6,420

Capacity 50 kg/h
Product type Solids
Volume 100 L
Motor Power 0.7 kW
Lodha LI-DCB Pharmaceutical Powder Blender

Lodha LI-DCB Pharmaceutical Powder Blender

Year: 2019

Location: India

€6,420

Used Aeromatic Fielder PharmaMatrix PMA 25 Granulator

Used Aeromatic Fielder PharmaMatrix PMA 25 Granulator

Used Aeromatic Fielder PharmaMatrix PMA 25 Granulator

Year: -

Location: United Kingdom

Price on request

Capacity 10 kg/h
Speed (rpm) 3000 rpm
Volume 25 L
Motor Power 4 kW
Used Aeromatic Fielder PharmaMatrix PMA 25 Granulator

Used Aeromatic Fielder PharmaMatrix PMA 25 Granulator

Year: -

Location: United Kingdom

Price on request

Used Gea Aeromatic Fielder PMA 10 Pharma Matrix Mixer Granulator

Used Gea Aeromatic Fielder PMA 10 Pharma Matrix Mixer Granulator

Used Gea Aeromatic Fielder PMA 10 Pharma Matrix Mixer Granulator

Year: 1989

Location: United Kingdom

Price on request

Capacity 3 kg/h
Speed (rpm) 1000 rpm
Volume 10 L
Used Gea Aeromatic Fielder PMA 10 Pharma Matrix Mixer Granulator

Used Gea Aeromatic Fielder PMA 10 Pharma Matrix Mixer Granulator

Year: 1989

Location: United Kingdom

Price on request

Pharmaceutical Granulator Machine

Granulation is a significant phase in the chemical, pharmaceutical and cosmetic process. It refers to the process of collecting powder particles together through either bond agents or compression. One of the main purposes of granulation is to prevent the segregation of the constituents of powder mix. Many powders, because of their small size, irregular shape or surface characteristics, are cohesive and do not flow well. Granules produced from such a cohesive system will be larger and more isodiametric, both factors contributing to improved flow properties. In pharmaceutical processes, granulation can also be used to bond different agents together to create a chemical reaction.

Types of Pharmaceutical Granulators

The pharmaceutical industry employs two types of granulation techniques which are wet granulation and dry granulation. Wet granulation process acquires granulation liquid to be added into powder to bond the components together. The binder or adhesive is incorporated in the form of a solution in a suitable liquid. The liquid should be non-toxic and water is preferably used for this purpose. During dry granulation process granules are formed without any additional liquid because the final product might be sensitive to moisture.

Pharmaceutical Wet Granulators

Depending on the type of influence under which liquid is added into powder, there are three main types of wet granulators. High shear granulator where liquid is added under influence of the impeller. Twin screw generator where liquid is added under influence of screws. Or fluidized bed granulator with liquid added by means of an airflow. Agitation of the particles along with the added liquid produces bonding between the primary powder particles to produce wet granules. To finalize the process of granulation, liquid is evaporated to leave the granules with particles holding together with the adhesive binder. The dried mixture may need to be milled or granulated to get the final pellet size. Complexity of wet granulation process depends on the characteristics of the powders and the desired final result. The whole process starts when liquid is added into powder, the powder gets wet and a thin film is formed between powder particles. The more liquid is added into powder, the more substantial the film gets which provides stronger adhesion between particles when liquid is finally evaporated.

Types of Wet Granulators

  • Planetary mixer can be used for wet mixing (planetary mixers are used for dry mixing as well). If dry components are required to be mixed together, the prior use of specific dry mixers (depending on the nature of the powder) will be needed. They will then be added into the mixing vessel.
  • High shear granulator. This type of granulator usually comprises mixing bowl with a bottom entry impeller and a side mounted chopper. Impeller is needed for mixing ingredients and chopper for further granulation. All dry ingredients are agitated into the mixing bowl and then run the chopper blade in order to achieve granulation. The binding agent is added during the blending process through a spraying nozzle.
  • Fluidized bed granulator. Powder granules are fluidized using streams of air. In this type of granulator, the liquid properties of the powder allow a homogeneous granulation. The liquid may be heated before it is sprayed into the bed of powder.

Pharmaceutical Dry Granulators

In dry granulation process granules are formed without addition of any liquid solution. Dry granulation is performed using a slugging tool or a tablet press machine. The end point of granulation can be determined by several principles, for example when the desired particle size is reached.

Oscillating Granulator

Oscillating granulator can be used for both dry and wet granulation process. It plays a significant role in the process of granulation as the final product (tablet) quality depends on the virtue of the granules used for its compression. This type of pharmaceutical granulator is extensively used to mill or granulate solid chunk of material into powder or granules. Unique oscillatory rotor action ensures high outputs and a high-quality product with minimum flaws.

Area of Use

Granulators are mainly used in pharmaceutical industry, as well as chemical and cosmetic industries.  Granulators are used for production of tablets, pellets and powder.

Main Manufacturers

Glatt granulators as well as granulators by Bohle and GEA are the most popular manufacturers in the category. Among main manufacturers of granulators also belong brands like Aeromatic, Frewitt and Koruma.

Related Subcategories

  • Tablet presses - rotary / rotary compacting presses
  • Tablet presses - single-punch / eccentric / single station press
  • Tablet coating machines

Pharmaceutical Granulator Machine

Granulation is a significant phase in the chemical, pharmaceutical and cosmetic process. It refers to the process of collecting powder particles together through either bond agents or compression. One of the main purposes of granulation is to prevent the segregation of the constituents of powder mix. Many powders, because of their small size, irregular shape or surface characteristics, are cohesive and do not flow well. Granules produced from such a cohesive system will be larger and more isodiametric, both factors contributing to improved flow properties. In pharmaceutical processes, granulation can also be used to bond different agents together to create a chemical reaction.

Types of Pharmaceutical Granulators

The pharmaceutical industry employs two types of granulation techniques which are wet granulation and dry granulation. Wet granulation process acquires granulation liquid to be added into powder to bond the components together. The binder or adhesive is incorporated in the form of a solution in a suitable liquid. The liquid should be non-toxic and water is preferably used for this purpose. During dry granulation process granules are formed without any additional liquid because the final product might be sensitive to moisture.

Pharmaceutical Wet Granulators

Depending on the type of influence under which liquid is added into powder, there are three main types of wet granulators. High shear granulator where liquid is added under influence of the impeller. Twin screw generator where liquid is added under influence of screws. Or fluidized bed granulator with liquid added by means of an airflow. Agitation of the particles along with the added liquid produces bonding between the primary powder particles to produce wet granules. To finalize the process of granulation, liquid is evaporated to leave the granules with particles holding together with the adhesive binder. The dried mixture may need to be milled or granulated to get the final pellet size. Complexity of wet granulation process depends on the characteristics of the powders and the desired final result. The whole process starts when liquid is added into powder, the powder gets wet and a thin film is formed between powder particles. The more liquid is added into powder, the more substantial the film gets which provides stronger adhesion between particles when liquid is finally evaporated.

Types of Wet Granulators

  • Planetary mixer can be used for wet mixing (planetary mixers are used for dry mixing as well). If dry components are required to be mixed together, the prior use of specific dry mixers (depending on the nature of the powder) will be needed. They will then be added into the mixing vessel.
  • High shear granulator. This type of granulator usually comprises mixing bowl with a bottom entry impeller and a side mounted chopper. Impeller is needed for mixing ingredients and chopper for further granulation. All dry ingredients are agitated into the mixing bowl and then run the chopper blade in order to achieve granulation. The binding agent is added during the blending process through a spraying nozzle.
  • Fluidized bed granulator. Powder granules are fluidized using streams of air. In this type of granulator, the liquid properties of the powder allow a homogeneous granulation. The liquid may be heated before it is sprayed into the bed of powder.

Pharmaceutical Dry Granulators

In dry granulation process granules are formed without addition of any liquid solution. Dry granulation is performed using a slugging tool or a tablet press machine. The end point of granulation can be determined by several principles, for example when the desired particle size is reached.

Oscillating Granulator

Oscillating granulator can be used for both dry and wet granulation process. It plays a significant role in the process of granulation as the final product (tablet) quality depends on the virtue of the granules used for its compression. This type of pharmaceutical granulator is extensively used to mill or granulate solid chunk of material into powder or granules. Unique oscillatory rotor action ensures high outputs and a high-quality product with minimum flaws.

Area of Use

Granulators are mainly used in pharmaceutical industry, as well as chemical and cosmetic industries.  Granulators are used for production of tablets, pellets and powder.

Main Manufacturers

Glatt granulators as well as granulators by Bohle and GEA are the most popular manufacturers in the category. Among main manufacturers of granulators also belong brands like Aeromatic, Frewitt and Koruma.

Related Subcategories

  • Tablet presses - rotary / rotary compacting presses
  • Tablet presses - single-punch / eccentric / single station press
  • Tablet coating machines

Pharmaceutical Granulator Machine

Granulation is a significant phase in the chemical, pharmaceutical and cosmetic process. It refers to the process of collecting powder particles together through either bond agents or compression. One of the main purposes of granulation is to prevent the segregation of the constituents of powder mix. Many powders, because of their small size, irregular shape or surface characteristics, are cohesive and do not flow well. Granules produced from such a cohesive system will be larger and more isodiametric, both factors contributing to improved flow properties. In pharmaceutical processes, granulation can also be used to bond different agents together to create a chemical reaction.

Types of Pharmaceutical Granulators

The pharmaceutical industry employs two types of granulation techniques which are wet granulation and dry granulation. Wet granulation process acquires granulation liquid to be added into powder to bond the components together. The binder or adhesive is incorporated in the form of a solution in a suitable liquid. The liquid should be non-toxic and water is preferably used for this purpose. During dry granulation process granules are formed without any additional liquid because the final product might be sensitive to moisture.

Pharmaceutical Wet Granulators

Depending on the type of influence under which liquid is added into powder, there are three main types of wet granulators. High shear granulator where liquid is added under influence of the impeller. Twin screw generator where liquid is added under influence of screws. Or fluidized bed granulator with liquid added by means of an airflow. Agitation of the particles along with the added liquid produces bonding between the primary powder particles to produce wet granules. To finalize the process of granulation, liquid is evaporated to leave the granules with particles holding together with the adhesive binder. The dried mixture may need to be milled or granulated to get the final pellet size. Complexity of wet granulation process depends on the characteristics of the powders and the desired final result. The whole process starts when liquid is added into powder, the powder gets wet and a thin film is formed between powder particles. The more liquid is added into powder, the more substantial the film gets which provides stronger adhesion between particles when liquid is finally evaporated.

Types of Wet Granulators

  • Planetary mixer can be used for wet mixing (planetary mixers are used for dry mixing as well). If dry components are required to be mixed together, the prior use of specific dry mixers (depending on the nature of the powder) will be needed. They will then be added into the mixing vessel.
  • High shear granulator. This type of granulator usually comprises mixing bowl with a bottom entry impeller and a side mounted chopper. Impeller is needed for mixing ingredients and chopper for further granulation. All dry ingredients are agitated into the mixing bowl and then run the chopper blade in order to achieve granulation. The binding agent is added during the blending process through a spraying nozzle.
  • Fluidized bed granulator. Powder granules are fluidized using streams of air. In this type of granulator, the liquid properties of the powder allow a homogeneous granulation. The liquid may be heated before it is sprayed into the bed of powder.

Pharmaceutical Dry Granulators

In dry granulation process granules are formed without addition of any liquid solution. Dry granulation is performed using a slugging tool or a tablet press machine. The end point of granulation can be determined by several principles, for example when the desired particle size is reached.

Oscillating Granulator

Oscillating granulator can be used for both dry and wet granulation process. It plays a significant role in the process of granulation as the final product (tablet) quality depends on the virtue of the granules used for its compression. This type of pharmaceutical granulator is extensively used to mill or granulate solid chunk of material into powder or granules. Unique oscillatory rotor action ensures high outputs and a high-quality product with minimum flaws.

Area of Use

Granulators are mainly used in pharmaceutical industry, as well as chemical and cosmetic industries.  Granulators are used for production of tablets, pellets and powder.

Main Manufacturers

Glatt granulators as well as granulators by Bohle and GEA are the most popular manufacturers in the category. Among main manufacturers of granulators also belong brands like Aeromatic, Frewitt and Koruma.

Related Subcategories

  • Tablet presses - rotary / rotary compacting presses
  • Tablet presses - single-punch / eccentric / single station press
  • Tablet coating machines

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