GMP Filter Press

Description

In highly regulated sectors such as pharmaceuticals, biotechnology, fine chemicals, and food processing, achieving flawless separation is critical to product integrity. At the heart of this operational demand lies the GMP Filter Press—an advanced solid-liquid separation device engineered specifically to comply with stringent Good Manufacturing Practice (GMP) standards. By merging robust mechanical dewatering with uncompromising sanitary design, these specialized filtration systems guarantee high-purity outcomes, safeguarding both public health and batch viability.

 

Conclusion

 

  • The GMP Filter Press represents a critical intersection of mechanical efficiency and regulatory compliance. By leveraging specialized 316L construction, sanitary execution, and strict adherence to FDA and EU guidelines, these systems provide industries with the ultimate defense against contamination. Integrating a certified GMP filter press into your processing line ensures repeatable, high-purity solid-liquid separation tailored for the future of compliant manufacturing.

Working Principle of GMP Filter Press

Under positive pressure, the liquid is introduced into the machine’s filter, flowing downward through side openings on the filter plates. While the filter media traps foreign particles, clear filtrate passes into a central channel formed by interlocking pressure cups connected to the outlet. This filtration process continues until the cake capacity reaches saturation or the filtrate flow rate drops significantly due to declining cake resistance. Designed with precision, our cost-efficient filter press guarantees exceptional performance, ensuring every single drop is recovered.

Technical Specification of GMP Filter Press

Diameter of Plate

No. of Plates

Output LPH

Plate Height

Filtering Area m²

Cake Holding Space m³

Motor

Size of Pump

Plate Thickness

8

4

250

25mm

0.1507

0.002893

1 H.P.

½”

1.2mm

8

6

400

25mm

0.1886

0.004340

1 H.P.

½”

1.2mm

8

8

500

25mm

0.2260

0.00579

1 H.P.

½”

1.2mm

14

8

1000

38mm

0.6130

0.02778

2 H.P.

1″

1.2mm

14

10

1200

38mm

0.7960

003472

2 H.P.

1″

1.2mm

18S

8

2500

50mm

1.160

0.05007

3 H.P.

1 ½”

1.5mm

18D

15

5000

25mm

2.169

0.04050

3 H.P.

1 ½”

1.5mm

18D

12

4000

50mm

1.745

0.07801

3 H.P.

1 ½”

1.5mm

18S

23

7000

25mm

3.338

0.06349

3 H.P.

1 ½”

1.5mm

24D

10

9000

 

2.53

0.14256

5 H.P.

2″

1.5mm

24S

18

16200

 

4.37

0.1132

5 H.P.

2″

1.5mm

24D

13

11700

 

3.22

0.18533

5 H.P.

2″

1.5mm

24S

24

21000

 

5.75

0.15081

5 H.P.

2″

1.5mm

* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.

Types of Filter Press

Applications of Other Machines

Benefits of GMP Filter Press

Crystal-clear filtration, low loss, no leakage

Scavenger plates for complete liquid removal

Optional jackets for hot filtration, and pumps (centrifugal, gear, lobe) for transfer.

Key Types and Design of GMP Filter Press

  • Sparkler Type (Horizontal Plate Filter Press): The most common GMP variant. It features a stainless steel (SS 304/316/316L) shell and top cover, with horizontally arranged disc-type filter plates, perforated screens, filter media (paper or cloth), and interlocking cups. The unfiltered liquid is pumped in, pressure builds to force filtrate through the media (down to 1 micron particles), and clear liquid exits via a central channel. Often called “Zero Hold-Up” for minimal liquid retention and full batch recovery.

 

  • Plate and Frame or Membrane Filter Press: Larger industrial versions with vertical plates, often automated (e.g., PLC-controlled plate shifting). These can include gasketed designs for zero leakage and stainless steel coating for corrosion resistance.

FAQ for GMP Filter Press

All contact parts are manufactured from SS 304, SS 316, or SS 316L stainless steel. The system features specialized 316L construction and a high degree of surface finish to ensure corrosion resistance, sanitary performance, and compliance with FDA and EU guidelines.

Under positive pressure, the liquid slurry is introduced into the filter and flows downward through side openings on the filter plates. Filter media traps solid particles while clear filtrate passes into a central channel formed by interlocking pressure cups connected to the outlet. Filtration continues until the cake capacity is reached or the flow rate drops significantly due to increased cake resistance. The design ensures maximum recovery of filtrate.

Available models feature plate diameters of 4, 8, 14, 18, 24, and 33 inches. Different configurations vary by number of plates, filtering area, cake-holding capacity, motor power, and pump size to match specific production needs.

Key features include maintenance without lifting the full cartridge (only the head needs to be lifted), construction to the latest engineering standards, compatibility with centrifugal/gear/lobe pumps, fitted pressure gauge, safety valve and air vent, crystal-clear filtration from high-finish contact parts, and minimum hold-up of unfiltered slurry for improved productivity.

It is widely used in the pharmaceutical, nutraceutical, herbal, Ayurvedic, biotech, cosmetic, and chemical industries—any sector requiring high-purity solid-liquid separation under GMP conditions.

Output ranges from approximately 250 LPH (smaller 8-inch models) up to 21,000 LPH (larger 24-inch models), depending on plate diameter, number of plates, filtering area, and cake-holding space. Motor sizes typically range from 1 HP to 5 HP, with corresponding pump sizes. Power voltage can be adjusted to suit local requirements.

The press uses sanitary 316L stainless-steel construction, high surface finishes on all contact parts, and adherence to FDA and EU guidelines. This combination minimizes contamination risk and supports crystal-clear filtration required in regulated manufacturing environments.

Maintenance can be performed without lifting the entire cartridge—only the head needs to be lifted—reducing downtime and simplifying servicing while maintaining the integrity of the filtration system.

It delivers repeatable, high-purity separation with minimum slurry hold-up, maximum filtrate recovery, robust sanitary design, and full GMP/FDA/EU compliance. These attributes make it ideal for protecting product quality and ensuring batch viability in critical processing applications.

Countries We Export to

Algeria | Angola | Argentina | Australia | Austria | Bahrain | Bangladesh | Belarus | Belgium | Bolivia | Botswana | Brazil | Bulgaria | Canada | Chile | China | Colombia | Costa Rica | Cuba | Czech Republic | Denmark | Dominican Republic | Ecuador | Egypt | El Salvador | Ethiopia | Finland | France | Germany | Ghana | Greece | Guatemala | Haiti | Honduras | Hong Kong | Hungary | India | Indonesia | Iran | Ireland | Israel | Italy | Ivory Coast | Japan | Jordan | Kazakhstan | Kenya | Kuwait | Lebanon | Libya | Malaysia | Mexico | Mongolia | Morocco | Mozambique | Myanmar | Netherlands | New Zealand | Nicaragua | Nigeria | Norway | Oman | Pakistan | Panama | Paraguay | Peru | Philippines | Poland | Portugal | Qatar | Romania | Russia | Saudi Arabia | Senegal | Slovakia | Singapore | South Africa | South Korea | South Sudan | Spain | Sri Lanka | Sweden | Switzerland | Taiwan | Tanzania | Thailand | Trinidad and Tobago | Tunisia | Turkey | Uganda | Ukraine | United Arab Emirates | United Kingdom | United States | Uruguay | Uzbekistan | Venezuela | Vietnam | Zambia | Zimbabwe

Partner with Industry Experts

Connect with our engineering team to discuss your specific production requirements. We provide customized, cGMP-compliant machinery solutions designed to optimize your manufacturing facility and maximize output.

Adinath International manufactures high-precision vial powder filling machines and complete packaging lines, providing reliable, hygienic, and efficient solutions for global pharmaceutical industries.

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