Top Press Freeze Dryer STFD-E11

Top Press Freeze Dryer STFD-E11 has a 0.08 ㎡ drying area with a condenser capacity of 3 to 4 kg per 24h. Compact and easy to operate, with a large condenser featuring external coils and pre-freezing function. Built with durable, corrosion-resistant stainless steel 304 components. English control panel and vacuum display in Pa. Our top press freeze dryer is used in medicine, pharmacy, biology research, chemical industry and food production.

Drying Area 0.08 ㎡
Condenser Temperature -80 ℃
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 565 × 420 × (360+430) mm
Weight 75 Kg
  • • Acrylic drying Chamber
  • • Stainless steel air inlet valve
  • • Condenser temperature curve
  • • USB port to output freeze drying data
  • • Condenser with uniform and good ice capture function
    • 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-E11 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • 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 : -80 ℃
  • Vacuum Degree : Above 10 Pa
  • Condenser Capacity : 3 to 4 kg/24h

-10%

Frequently Asked Questions

1. What makes Scitemp Top Press Freeze Dryers suitable for sensitive and high-value samples?

Scitemp Top Press Freeze Dryers are designed for precision and reliability, making them ideal for sensitive materials like pharmaceuticals, biological samples, and chemical compounds. They include features such as a uniform ice capture condenser, accurate vacuum control (displayed in Pascals), and pre-freezing capability to preserve sample integrity. The use of stainless-steel components ensures safety and durability, while a clear acrylic chamber allows users to monitor samples during the process, ensuring full control in freeze-drying performance.

2. How does the pre-freezing function in Scitemp Top Press Freeze Dryers improve the drying process?

The pre-freezing function, enabled by the large condenser with external coiling tubes, helps freeze the sample evenly before sublimation begins. This results in a more efficient and controlled freeze-drying process, reducing drying time and preventing sample degradation. This feature is particularly beneficial in pharmaceutical and biological applications, where maintaining structure and composition is critical. The condenser also captures moisture uniformly, enhancing overall efficiency.

3. What kind of data monitoring and export options are available in Scitemp Top Press Freeze Dryers?

Scitemp freeze dryers are equipped with a USB port that allows users to export freeze-drying data for further analysis or record-keeping. Data such as condenser temperature curves and vacuum levels are automatically recorded and can be viewed in Excel format. This helps in quality control, reporting, and maintaining regulatory compliance, especially in industries like pharmaceuticals and food production where traceability is essential.

4. In what industries are Scitemp Top Press Freeze Dryers commonly used, and why?

Scitemp Top Press Freeze Dryers are widely used in medicine, pharmaceuticals, biological research, chemical labs, and food production. Their reliability, user-friendly operation, and strong performance make them ideal for applications where moisture removal without damaging the sample is critical. Whether preserving vaccines, freeze-drying bacteria cultures, or producing shelf-stable food ingredients, these dryers provide the necessary precision and consistency.

5. What materials and construction features make Scitemp Top Press Freeze Dryers durable and safe?

Scitemp freeze dryers are constructed with high-quality materials like stainless steel 304, known for its corrosion resistance and strength. The stainless-steel air inlet valve ensures leak-proof and long-lasting operation. The acrylic drying chamber provides clear visibility while being safe and easy to clean. Together, these materials offer a durable and hygienic solution that meets the high standards required in lab, industrial, and cleanroom environments.