Manifold Freeze Dryer LX3005MFD
Description
Manifold Freeze Dryer LX3005MFD features a color LCD touchscreen, automatic vacuum control, and real-time monitoring of temperature and vacuum. Its efficient condenser with a pre-freezing function ensures precise freeze-drying performance. The transparent acrylic chamber allows easy sample observation, while SS 304 construction ensures durability and corrosion resistance. They are ideal for preserving heat-sensitive samples and biological materials.
Specifications
| Condenser temperature |
- 60°C |
|---|---|
| Condenser capacity |
3 - 4 Kg /24 h, Max 6 L |
| Freeze drying area |
0.12 m2 |
| Bulk capacity |
1.2 L, 10 mm Thickness |
| Final vacuum |
˂ 10 Pa |
| Tray |
Φ 200 mm, 4 Layers, stainless steel 304 |
| Refrigerant |
CFC Free |
| Defrosting |
Off cycle defrosting |
| Display |
LCD Touch screen |
| Manifold |
12 Ports |
| Flask |
Round bottom flask 500 ml x 12 Pcs, 250 ml x 12 Pcs, 100 ml x 24 Pcs |
| Filter paper |
1000 Pcs |
| Power |
1400 W |
| Voltage |
220 V/50 Hz, Single phase |
| External dimension (D x W x H) |
540 x 680 x (400 + 460) mm |
Features
- Control panel with color LCD touchscreen
- Vacuum display in Pa/Mbar
- High-performance vacuum pump
- Efficient condenser with pre-freezing function
- Transparent acrylic chamber for easy sample monitoring
- Automatic vacuum and freeze-drying control
- Real-time temperature and vacuum monitoring
- Automatic data recording & USB/excel export
- Automatic defrosting and end-point detection
- Temperature control accuracy: ±1°C
- Sound & light alarm protection
- CFC-Free refrigerant with high-efficiency, low-noise compressor
- SS304 Condenser, trays, shelves, and pre-freezing shelf for corrosion resistance
- Stainless-steel air inlet/drain valve with leak-proof design
Applications
- It is widely used for laboratory research, pharmaceutical development, biotechnology, food research, and chemical applications. They are ideal for preserving heat-sensitive samples, biological materials, extracts, vaccines, cultures, and pharmaceutical formulations.
