BLK-FD-30

Freeze-drying area	30 ㎡
Standard loading capacity	300 kg
Liquid loading capacity	600 L
Overall dimensions	7,600 × 2,200 × 3,300 mm
Overall weight	14.5 T
Ultimate vacuum level	≤10 Pa

Features and Benefits:

Integrated pre-freezing and drying design.
Rectangular chamber structure for convenient workshop layout and higher space utilization.
Standard-equipped with residual cold recovery system; energy consumption reduced by 10%–15% compared to traditional equipment.
Patented double-layer radiation plates with independent hot and cold circuits for more uniform shelf temperatures.

PREV：BLK-FD-40 NEXT：BLK-FD-20

Get A Quote

Product Details

GLOBAL EXPERT IN FREEZE-DRYING EQUIPMENT MANUFACTURING

BOLAIKE specializes in R&D and manufacturing of large-scale freeze-drying equipment, dedicated to delivering cutting-edge solutions for global clients across industries including food, agricultural products, chemicals, medicinal materials, and biological supplies.

Get A Quote

Please feel free to leave a message and we will reply to you soon.

GLOBALLY STANDARDIZED HIGH-QUALITY EQUIPMENT

The BLK-FD-30 is fully designed to international specifications, ensuring the equipment meets global benchmarks for quality, safety, and sustainability:

A: EU CE certification, compliant with mechanical health and safety standards

B: China Quality Management System certification

APPLICATION

Suitable for freeze-drying processing of various materials, including:

BATCH MATERIAL PROCESSING CAPACITY MODEL BLK-FD-30

Based on a tray area of 30 m² and a loading height of 35mm, the per-chamber material processing capacity of BLK-FD-30 varies by material density: (Adjust according to material density)

FOOD CATEGORY	SOLUTION CATEGORY	FRUITS & VEGETABLES
450KG-600KG	300KG-450KG	200KG-300KG

INTEGRATED FREEZEDRYER WITH FLEXIBLE DIMENSION DESIGN FOR EASY WORKSHOP LAYOUT

The entire unit is fully integrated; materials can automatically complete freezing and drying processes within the freeze dryer.

Pre-engineered product combination dimensions minimize required floor space.

Length, width and height can be customized

Once the unit is assembled, on-site connection of water and electricity is all that's needed to put it into operation.

MORE SUITABLE SQUARE CHAMBER DESIGN FOR MEDIUM & SMALL-SCALE EQUIPMENT

With the same freeze-drying area and radiant panels of identical height and width specifications, a square chamber offers higher space utilization efficiency

Compared to circular chambers, the square chamber requires a smaller footprint for the same material loading capacity, enabling more flexible workshop layout;

The square chamber pairs better with material radiant panels and trays, maximizing the chamber's space utilization;

During freeze-drying, air flow and temperature distribution in the square chamber are more stable than in circular ones, ensuring consistent product drying quality;

For the same loading capacity, the square chamber requires less refrigeration and vacuum pump power than circular ones, resulting in more energy-efficient overall operation;

BOLAlKE has validated the square chamber as a reliable solution for medium-small scale production through global client production practices.

BOLAIKE'S UNIQUE DOUBLE-LAYER RADIANTPANEL DESIGN FOR SUPERIOR COOLING & HEATING EFFICIENCY

Equipped with internal double-layer radiant panels and dual-layer parallel circuits (upper layer: cooling circuit; lower layer: heating circuit).

Meanwhile, waste heat from the sublimation/heating stage can be recovered and recycled for material drying, reducing additional electric/steam heating. (Patent Nos.: CN209030727U [Radiant Panel]; CN204392676U [Double Radiant Panel])

BOLAIKE'S HIGH-EFFICIENCY ENERGY-SAVING TO REDUCE OPERATING COSTS

ENERGY-SAVING PERFORMANCE IS OUTSTANDING

20%-40%

Energy consumption reduced by 20%-40%

15%-25%

Single-batch cycle shortened by 15%-25%

PATENT NO.CN205784249U

INTEGRATED ENERGY STRUCTURE

Traditionally, cold storage and freeze-drying chambers require duplicate energy systems. Borui's integrated design allows cooling and drying processes to share a single refrigeration circuit, reducing system losses.

ENERGY RECYCLING SYSTEM

Cold recovery (STANDARD CONFIGURATION)

(PATENT NO.:CN206047043U)

Traditional designs use cold energy once then discharge it, keeping compressors in a continuous high-load state. BOLAIKE recycles cold energy from refrigeration system to pre-cool the next refrigeration system, reducing 20%-30% overall compressor load for energy-saving.

ENERGY RECYCLING SYSTEM

Heat recovery (CUSTOMIZATION REQUIRED)

(Patent No.: CN119468635B)

In freeze-drying, excess heat from the sublimation/heating phase is typically discharged. Bolaike recycles this heat (or steam heat) for material drying, reducing energy consumption.(Patent Nos.:CN209030727U & CN204392676U) When material heating temperature is≤35°C: 99% energy consumption saved;

When the required heating temperature of materials is below 80°C, ~10% of energy consumption can be saved (waste heat-enhanced large-scale vacuum freeze-drying system.

PATENTNO.: CN209612254U

HEAT PUMP & ECONOMIZER SYSTEM

This system increases the compressor's COP (Coefficient Of Performance) to 4.8-5.9, improving energy efficiency by 5-6 times compared to traditional freeze-drying equipment.

INTELLIGENT CENTRAL CONTROL SYSTEM