Top Press Freeze Dryer STFD-E14

Top Press Freeze Dryer STFD-E14 offers a 0.08 ㎡ drying area with a condenser capacity of 3 to 4 kg per 24h. It features a stainless-steel air inlet valve, corrosion-resistant, and leak-proof. The condenser is designed for uniform and effective ice capture, enhancing freeze-drying performance. It also displays real-time curves for sample, condenser temperatures, and vacuum levels. Our top press freeze dryer is used in medicine, pharmacy, biology research, chemical industry and food production.

Drying Area 0.08 ㎡
Condenser Temperature -50 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Sample Tray Φ180 mm × 3/4 Layer
Shelf Spacing 70 mm
Bulk Liquid Capacity (10 mm thickness) 0.8 Liter
Vial Capacity Φ 12mm 492 pcs
Vial Capacity Φ 16mm 279 pcs
Vial Capacity Φ 22mm 147 pcs
Optional Manifold 8 Ports
Optional Flask 1000 ml, 500 ml, 250 ml,100 ml, 50 ml
Vacuum Pump Flow Rate 2L/S, 7.2 m3/h
Voltage 220V, 50Hz 110V/120V, 60Hz
Power Consumption 1070 W
Dimension 560 × 460 × (710 + 430) mm
Weight 105 Kg
  • • Acrylic drying Chamber
  • • Colour LCD touch screen
  • • Control panel
  • • CFC-free refrigerant
  • • Big condenser with pre-freezing
    • Vacuum control valve 
    • Intake backfilling filter
    • Air inlet filter for pump
    • Nitrogen inflation valve
    • Eutectic point test device
    • Electricity heating defrosting
    • Exhaust filter/oil mist filter for pump
    • Cascade refrigeration, condenser temperature-80℃ 
    • Anti oil return valve/check valve for pump
    • Stainless steel chamber
    • RS232 and Software

Top Press Freeze Dryer STFD-E14 is widely used in medicine, pharmacy, biology research, chemical industry and food production, etc.

Top press Freeze Dryer  : Top press Freeze Dryer STFD-A10

Top press Freeze Dryer STFD-A10

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-B10

Top press Freeze Dryer STFD-B10

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-B11
Top press Freeze Dryer STFD-B11
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-C10
Top press Freeze Dryer STFD-C10
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-C11

Top press Freeze Dryer STFD-C11

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-C12

Top press Freeze Dryer STFD-C12

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-D10

Top press Freeze Dryer STFD-D10

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-D11
Top press Freeze Dryer STFD-D11
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top press Freeze Dryer STFD-D12
Top press Freeze Dryer STFD-D12
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E10

Top Press Freeze Dryer STFD-E10

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E11

Top Press Freeze Dryer STFD-E11

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E12

Top Press Freeze Dryer STFD-E12

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E13
Top Press Freeze Dryer STFD-E13
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E14
Top Press Freeze Dryer STFD-E14
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E15

Top Press Freeze Dryer STFD-E15

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E16

Top Press Freeze Dryer STFD-E16

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E17

Top Press Freeze Dryer STFD-E17

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E18
Top Press Freeze Dryer STFD-E18
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E19
Top Press Freeze Dryer STFD-E19
  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E20

Top Press Freeze Dryer STFD-E20

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Top press Freeze Dryer  : Top Press Freeze Dryer STFD-E21

Top Press Freeze Dryer STFD-E21

  • Drying Area : 0.08 ㎡
  • Condenser Temperature : -50 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Frequently Asked Questions

1. In which industries are Scitemp top press freeze dryers commonly used?

Scitemp top press freeze dryers are widely used across multiple industries such as pharmaceuticals, biotechnology, chemical processing, and food production. They are especially useful for preserving materials like vaccines, enzymes, plant extracts, and specialty food products, making them a versatile tool for both research and manufacturing environments.

2. What features make Scitemp Top Press Freeze Dryers easy to operate in laboratory and industrial settings?

Scitemp top press freeze dryers are designed to be user-friendly with a compact structure and an intuitive colour LCD touchscreen. The control panel is available in English and shows real-time curves for sample temperature, condenser temperature, and vacuum levels, allowing users to monitor the process easily. Their reliable performance and simple interface make them ideal for both laboratories and production environments.

3. How does the condenser design improve freeze-drying performance in Scitemp models?

Scitemp freeze dryers are equipped with large condensers that have external coiling tubes and a pre-freezing function. This design ensures uniform ice capture and enhances overall drying efficiency. It helps maintain a stable environment inside the chamber, which is crucial for consistent and high-quality freeze-drying results.

4. Are Scitemp freeze dryers suitable for handling various sample types and volumes?

Yes, Scitemp freeze dryers come with multiple tray layers and spacing options that support different sample sizes and containers, including vials and flasks. They also offer optional manifolds and flasks in various volumes, making them versatile enough to handle a range of sample types in medicine, biology, food, and chemical research.

5. How does Scitemp ensure the safety and durability of its freeze dryers?

Scitemp uses high-quality materials such as stainless steel 304 for critical components like condensers, trays, and air inlet valves. These parts are corrosion-resistant and leak-proof, ensuring long-term reliability. The systems also use CFC-free refrigerants and have vacuum pumps with high pumping speed for safe, efficient operation.