Pharmaceutical freeze dryer

Achieve contamination-free, high-quality pharmaceutical powders through an innovative freeze-drying process that ensures sterile conditions while reducing handling time and complexity.

Processes Sterile Bulk Pharmaceuticals into Free-Flowing Powders

The AFD series from Hosokawa Micron represents a breakthrough in lyophilisation technology for pharmaceutical and biotech sectors, offering a contamination-free process for transforming liquids, slurries, or solids into sterile, free-flowing powders. Utilizing dynamic agitation and efficient heat distribution within a vacuum environment, the AFD models—AFD-5, AFD-20, and AFD-100—ensure uniform freezing and sublimation. Ideal for antibiotics, APIs, collagens, and proteins, these freeze dryers operate in batch mode with automation for minimized manual intervention. With sublimation capacities ranging up to 2.2 kg/h, these systems streamline operations by eliminating the need for post-processing steps. CIP and SIP functionalities enhance cleanliness and efficiency, while compliance with GMP standards ensures regulatory adherence. Engineering support from Hosokawa Micron enables process customization in their test facilities for optimized integration into your production line.

Benefits

  • Ensures consistent product quality with uniform particle size and enhanced dispersibility.
  • Decreases handling time, reducing labor costs by automating the entire lyophilisation process.
  • Minimizes contamination risk with enclosed, operator-free drying and integrated CIP/SIP systems.
  • Optimizes energy use during drying with efficient heat distribution across the vacuum chamber.
  • Compliant with GMP standards, supporting regulatory needs in pharmaceutical manufacturing.

General


Applications
Proteins,Sterile bulk pharmaceuticals,Antibiotics,Collagens,Apis
End products
Steps before
Solution Preparation,Suspension Creation,Paste Formulation,Material Agitation
Steps after
Powder Collection,Product Discharge,Contamination Testing
Input ingredients
liquid,granular solid,paste,suspension,solution,wet solids
Output ingredients
free-flowing powder,sterile bulk pharmaceuticals,fine powder,loose powder,fine,dry particles,open pores
Market info
Hosokawa Micron is renowned for specializing in the manufacturing of powder and particle processing technologies, including mixing, drying, and milling equipment. They are respected for their innovative solutions and engineering excellence in industrial engineered-to-order equipment markets.

Technical Specifications


Automation
No operator intervention
Batch size
2.5–100 liters
Max. sublimation capacity at p = 2 mbar
0.3–2.2 kg/h
Vacuum level
Deep vacuum
Jacket surface area
0.13–0.98 m²
Heat distribution
Effective
Contamination-free
Yes
Sterilization
SIP capability
Cleaning
CIP capability
Particle size
Fine and uniform
Material forms
Solutions,suspensions,pastes,wet solids

Operating Characteristics


Working mechanism
Agitated freeze drying
Integrated steps
Freeze,Dry,Discharge
CIP/SIP capability
CIP 121°C / SIP 135°C
Batch vs. continuous operation
Batch
Automation level
PLC-controlled
Cleaning method
CIP

Material Compatibility


Cleanability
SIP/CIP capable
Biological compatibility
Sterile pharmaceutical powders
Corrosive resistance (e.g. acids)
Suitable for toxic materials
Density/particle size
Fine,loose powder

Product type Characteristics


Material Handling
Liquid / Granular Solid / Paste
End Product Type
Sterile Bulk Pharmaceuticals

Physical Characteristics


Machine footprint
Varies based on model
Lyophilisation chamber size
Indicative values
Jacket surface area
0.13 m²,0.33 m²,0.98 m²
Max. net product volume (liquid)
2.5L,10L,50L
Discharge method
Outlet canister collection

Custom Options


System customization
Tailor-made design
Discharge method
Free-flowing material collection
Control system
Automated PLC-based
Cleaning capability
CIP/SIP compatible
Heating and cooling options
Customized jacket heating
Vacuum system
Deep vacuum application
Processing adaptability
Handles solutions,suspensions,pastes,and wet solids