1.8L Laboratory Freeze Dryer
LGJ-12 manifold top press freezing dryer is suitable for freeze-drying experiment in laboratory or a small amount production. So they may meet some conventional needs of laboratory.
* CFC-free refrigeration.
* Large opening condenser with pre-freezing function.
* Low noise compressor, good efficiency and long service life.
* The condenser and operation panel are made of stainless steel.
* Nitrogen valve is optional.
* Optional eutectic point test device.
* Provide communication interface.
* -80℃ equipment optional cascade refrigeration.
* LCD display sample temperature curve, condenser temperature curve, shelf temperature. Curve, vacuum curve and compound curve.
* 16 programs can be stored, each program can be set to 32 segments.
* The program can be changed during operation and the final drying curve can be stored.
* The electrical system adopts PID control, which makes the control more precise.
* Adopt RS232 interface, connect with computer, display drying curve in real time.
| Model |
LGJ-18 series vacuum freeze dryer |
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| Standard type | Standard manifold | Stopper type | Stopper manifold | |
| Freeze-dried area |
0.18㎡/0.27㎡ |
0.09㎡ |
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| Material plate size |
Ф240mm |
Ф200mm |
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| Number of material trays |
4 / 6 |
3 |
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| Material plate spacing |
70mm |
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| Cold trap temperature |
≤ -56 ° C (no load), optional ≤ -80 ° C (no load) |
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| Cold trap depth |
400mm |
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| Cold trap diameter |
270mm |
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| Water catching capacity |
6kg/24h |
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| Pumping rate |
4L/S |
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| Ultimate vacuum |
≤5pa (no load) |
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| Installed power |
1400W |
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| Host weight |
105KG |
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| Mainframe dimensions |
630 × 580 × 970mm |
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| -80 °C mainframe dimensions |
810 × 580 × 950mm |
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| Drying chamber size |
Ф300×445mm |
Ф300×465mm |
Ф300×540mm |
φ300×570mm |
| Cooling method |
air cooling |
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| Defrost mode |
naturalized cream |
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| Plate loading material |
1.8L/2.7L (material thickness 10mm) |
0.9L (material thickness 10mm) |
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| Eggplate size & quantity |
- |
100/250/500/1000ml, 2 each |
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100/250/500/1000ml, 2 each |
| Vials quantity |
- |
- |
Ф 12mm: 615 |
Ф 12mm: 615 |
|
- |
- |
Ф 16mm: 345 |
Ф 16mm: 345 |
|
|
- |
- |
Ф 22mm: 183 |
Ф 22mm: 183 |
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Remark: This product is for civilian use only
USD3595
USD3735
USD4173
USD4314
| Model | Application difference |
| LGJ-18 Standard type | Suitable for freeze drying of conventional materials in bulk (liquid, paste, solid) |
| LGJ-18 Stopper type | It is not only suitable for the freeze-drying of conventional materials in bulk (liquid, paste, solid), but also suitable for the drying of the bottled materials of vial. When preparing for lyophilization, the materials are dispensed into the vials as needed, and the caps are floated and frozen. Drying, after the end of drying, the capping device is pressed tightly to avoid secondary pollution, re-adsorb moisture, and easy to store for a long time. |
| LGJ-18 Standard manifold | It is suitable for freeze-drying of bulk (liquid, paste, solid) conventional materials, and can be used to pick up the flask outside the drying chamber to dry the material that is frozen on the inner wall of the bottle. At this time, the flask is used as a container to be connected to the outside of the drying oven. On the tube, the material in the flask is heated at room temperature, and the multi-manifold switch device can be used to remove or load the flask as needed without stopping. |
| LGJ-18 Stopper manifold | On the basis of the common type characteristics, it combines the characteristics of the gland type and the multi-tube type.
· Suitable for freeze drying of conventional materials in bulk (liquid, paste, solid); ·It is suitable for the drying of the bottled materials of Xilin. When preparing for lyophilization, the materials are packed into the vials as needed. After the caps are floated, the caps are freeze-dried. After the drying, the capping device is pressed to tighten the caps. Contamination, re-adsorption of water, easy to preserve for a long time; ·The flask is attached to the outside of the drying chamber, and the material frozen on the inner wall of the bottle is dried. At this time, the flask is connected as a container to the manifold outside the drying box, and the material in the flask is heated at room temperature through a multi-manifold switch device. The flask can be removed or loaded at any time as needed without downtime. |
