Energy-Efficient Solutions (20%–40% Reduction in Energy Consumption)
1. Residual Cooling Recovery System (Standard)
Recovers residual cooling from refrigerants and reuses it to pre-cool the next stage, reducing overall compressor load by 20%–30% and improving energy efficiency.
2. Waste Heat Recovery System (Optional)
Reuses heat discharged from the condenser for material drying, reducing the need for electric or steam heating.
3. Heat Pump Evaporation & Crystallization System (Optional)
Increases compressor COP to 4.8–5.9, achieving 5–6 times higher energy efficiency compared to conventional freeze drying systems.
Flexible Layout for Different Facility Requirements)
1. Integrated or External Cold Trap Design
Supports both built-in and external cold trap configurations.
2. Flexible System Layout
Refrigeration units and vacuum systems can be arranged flexibly to accommodate various plant layouts.
Intelligent Design for Continuous Production
1. Intelligent Isolation Valve System
Separates the product chamber from the cold trap chamber, allowing each to operate independently.
2. Vacuum Cascade System
Multiple units operate in coordination with staggered loading and unloading.
During defrosting of one unit, others maintain vapor capture and system stability, reducing defrost time by approximately 2 hours and preventing process interruption.
Standard Models for Different Production Capacities (50–200㎡)
BLK-FD-50
  Capacity: 500–750 kg / batch
BLK-FD-100
  Capacity: 1000–2000 kg / batch
BLK-FD-125
  Capacity: 1250–2500 kg / batch
BLK-FD-150
  Capacity: 1500–3000 kg / batch
BLK-FD-200
  Capacity: 3000–4000 kg / batch