Industrial Freeze Dryer SIFD-A16

5/5 Rating

Industrial Freeze Dryer SIFD-A16 has a large 20.2 ㎡ drying area and a 200 L bulk capacity. It includes standard PLC control with programmable functions, allowing up to 32 programs with 36 segments each. It also features a nitrogen inflation valve. Our industrial freeze dryer is used in pharmaceutical, medical, biotech, chemical, and food industries. 

Drying Area: 20.2 ㎡
Shelf Number: 11 Plus 1 Layer
Shelf Spacing: 80 mm
Shelf Size: 1210 × 1520 mm

Specification Table

Drying Area 20.2 ㎡
Shelf Number 11 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 1210 × 1520 mm
Bulk Capacity 200 L (10 mm thickness)
Condenser Capacity Greater than or equal to 400 kg/batch
Shelf Temperature Control Range -50 to +80 ℃
Vacuum Degree Greater than or equal to 5 Pa
Condenser Temperature Greater than or equal to -75℃
Cooling Method Water
Defrosting Type Water soaking
Power Supply 93 kw
Dimension 7.4 × 2.3 × 3.8 mm
Weight 9500 Kg

Features

  • Stainless steel 304
  • Silicon oil heating
  • Multilevel password protection
  • Color LCD touch screen
  • Alarm System

Applications

Industrial Freeze Dryer SIFD-A16 is extensively used across various industries, including, medicine, pharmacy, chemical industry, biology research and food production.

Optional Accessories

  • CIP System
  • SIP System
  • Eutectic point test
  • Exhaust filter pump with S316 l chamber
  • SS316 Condenser
  • SS 316 tray
  • PC and control software

Frequently Asked Questions

It offers a 20.2 square meters of drying area and a bulk capacity of 200 Liters at 10 mm thickness. This large capacity makes it ideal for processing high-volume batches in industries such as pharmaceuticals, biotechnology, chemicals, and food production, where mass freeze-drying is required with high reliability and uniform results.

It is widely applied across various industries that require large-scale, high-quality freeze-drying. These include pharmaceuticals for drug preservation, biotechnology for enzymes and biologicals, chemical processing for sensitive compounds, medical research, and food production for items like instant meals, fruits, and health supplements, where maintaining structural integrity and nutritional value is critical.

It uses a water-soaking defrosting system, where warm water is circulated to rapidly melt ice build-up on the condenser coils. This method is fast, efficient, and helps shorten downtime between production batches, improving the machine's overall productivity in high-throughput environments.

It is controlled by a standard PLC system featuring a colour LCD touchscreen interface. It supports up to 32 programmable recipes, with 36 segments per recipe, giving users great flexibility in designing customized freeze-drying cycles. The system also records process parameters for future analysis, enhancing quality control and production consistency.

It uses a silicon oil heating system to circulate thermal oil through the shelves. Silicon oil provides excellent heat transfer, ensuring that temperature variations between shelves are minimal. This uniformity is critical for producing consistent product quality, especially when drying sensitive biological samples or pharmaceutical compounds that cannot tolerate overheating or uneven drying.


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