USED GLATT GPCG-5

Manufacturer Information:

Brand: Glatt

Type: Fluid Bed Dryer

Model: GPCG-5

Capacity: 22 Liters

Description:
This used Glatt GPCG-5 Fluid Bed Dryer is a high-performance drying and granulation system, designed for precision drying, coating, and particle processing in pharmaceutical, food, and chemical applications.
With a 22-liter capacity, this fluid bed dryer includes two Wurster inserts, providing flexibility for different batch sizes and coating processes:

7” Wurster Insert = 9.6 Liter Capacity
9” Wurster Insert = 18 Liter Capacity

This compact yet powerful system is ideal for controlled drying, granulation, and coating of powders, pellets, and small particles, ensuring uniform distribution and efficient material processing.
Key Features:

22L Total Capacity for Drying, Granulation & Coating Applications
Includes 7” (9.6L) & 9” (18L) Wurster Inserts for Coating & Processing Flexibility
Ideal for Pharmaceutical, Food, & Chemical Particle Processing
Compact Design for Laboratory & Small-Scale Production Use
Designed for Precise Drying & Coating of Powders & Granules
Glatt’s Proven Fluid Bed Technology for Even Drying & High Yield
Versatile System for R&D and Pilot-Scale Production

Specifications:

Model: GPCG-5

Type: Fluid Bed Dryer & Coater

Total Capacity: 22 Liters

Wurster Inserts:

7” Insert = 9.6 Liters
9” Insert = 18 Liters

Applications: Drying, Granulation, Coating of Powders & Particles

Compact & Efficient Design for Small-Scale & R&D Use

Applications:

Pharmaceutical Coating & Granulation – Controlled drying and coating of active ingredients

Food & Nutraceutical Processing – Encapsulation and drying of flavors, vitamins, and supplements

Chemical Industry – Processing of fine powders and controlled-release coatings

Cosmetic & Personal Care – Drying and processing of specialty powders

What Products Would This Be Used For?

Pharmaceutical granules and coatings
Food and flavor encapsulation
Chemical powder drying and processing
Nutraceutical tablet coating
Controlled-release formulations