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Laboratory Benchtop Freeze Dryer BFH-202

Models Large Capacity

Freeze-drying is a drying technique that utilizes the principle of sublimation. It involves rapidly freezing the material to be dried at low temperatures and then, under the right vacuum conditions, allowing the frozen water molecules to directly sublime into water vapor and escape. The material remains in a low-temperature (frozen) state throughout the...

Key Features
  • Control System:
  • One-click operation for speed and simplicity:
  • A 5.4-inch LCD touch screen displays important parameters simultaneously, with numerical values color-coded to correspond to their respective statuses, making it clear at a glance.
  • Thermal electromagnetic overcurrent short circuit protection:
SKU: BFH-202
Old SKU: BFH1C2
Pricing & Resources
  • Up to 3-Year Product Warranty
  • US & EU Compliance Standards
  • Door-to-Door Shipping
Recently Shipped To: 🇺🇬 Uganda , 🇯🇴 Jordan , 🇪🇸 Spain , 🇩🇪 Germany
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Specifications Features Extra Info Applications Get Quote

Technical Specifications

Detailed operating and construction parameters for this model.

ModelBFH-202
lce condenser capacity9 kg
Ice condenser temperature-90°C
Cold trap volume15 L
Freeze dried chamberBell shape (standard configuration)/Multi manifold type/T-shaped frame type
Sample shelfΦ260mm,Single layer area 0.055m*. 3-10 layers/optionalElectric heating/manual capping/optional
Vacuum pumpExtreme vacuum 5*10mbar with a pumping capacity of 8m³/h optional pump of various types
Oil mist filterStandard configuration
Vacuum pump connection pipeSingle forming stainless steel flexible pipe DN16 ISO-KF
Anti-corrosive treatmentCold trap, condensing coil/all equipped with PTFE anti-corrosion treatment as standard.Freeze-drying organic solvents.
External valve12pieces/24pieces
Eutectic point detection systemSupport/Optional
Data output analysisSupport/Optional
Power1.5 kw
Size525*570*1080mm
Net Weight85 kg
Voltage220V, 50/60Hz

Product Features

Key design, performance, usability, and safety advantages.

Control System:

One-click operation for speed and simplicity:

A 5.4-inch LCD touch screen displays important parameters simultaneously, with numerical values color-coded to correspond to their respective statuses, making it clear at a glance.

Thermal electromagnetic overcurrent short circuit protection:

Ensures safer and more stable equipment operation.

Proactive reminders:

Equipment maintenance time, vacuum pump oil change time, and ambient temperature monitoring alerts.

Make freeze-drying more scientific:

Optional co-crystallization point detection devices and endpoint judgment detection systems can be equipped.

Control System: One-click operation for speed and simplicity: A 5.4-inch LCD touch screen displays important parameters


Drying Chamber:

The standard configuration is an acrylic drying chamber, and you can choose any of the following types of drying chambers as an option.


Detachable drying chamber:

Significantly reduces the probability of damage caused by the overall chamber weight being too heavy.

Detachable drying chamber: Significantly reduces the probability of damage caused by the overall chamber weight being too


The Upper cover is made of anodized aluminum with corrosion-resistant:

High-transparency acrylic drying chamber, which has good thermal radiation conduction and reserved 6/12 external valve interfaces.

The Upper cover is made of anodized aluminum with corrosion-resistant: High-transparency acrylic drying chamber, which has


316L Stainless T-Frame:

24 independent exhaust ports, individually controlled, suitable for multiple users, and improve usage efficiency.

316L Stainless T-Frame: 24 independent exhaust ports, individually controlled, suitable for multiple users, and improve


Cold Trap and Condenser Coils:

Large opening and passage design:

Gases can quickly pass through the condenser coils to be captured. The condenser coils are placed inside the cold trap, increasing the condensation area and effectively preventing external dew formation.

Standard equipment with Teflon anti-corrosion coating:

316L stainless steel, fully equipped with Teflon anti-corrosion coating, capable of freeze-drying organic solvents and various corrosive samples.

Cold Trap and Condenser Coils: Large opening and passage design: Gases can quickly pass through the condenser coils to be


Sample Shelves:

Taking and Placing in Layers, More Convenient:

Each shelf can be placed and taken freely without manual work. The height of each shelf can be

adjusted freely.

Special Hole Position for Centrifuge Tubes:

Conductive to the drying of samples in centrifuge tube containers.

Freeze-Drying Organic Solvent:

316L stainless steel stackable sample shelves, capable of freeze-drying organic solvent and various corrosive solvents.

Sample Shelves: Taking and Placing in Layers, More Convenient: Each shelf can be placed and taken freely without manual


Refrigeration System:

Secop compressor:

Copper plate heat exchanger, which increases heat dissipation to the largest area;

Unique refrigeration technology, the temperature of the cold trap can be lowered from ambient temperature to below -80°C within 2 minutes;

Class A temperature sensor with high temperature accuracy and low error rate;

The multiple detection and alarm system can promptly alert when the refrigeration system pressure is too high or in case of refrigeration failure, and take corresponding measures.

Refrigeration System: Secop compressor: Copper plate heat exchanger, which increases heat dissipation to the largest area;


Vacuum System:

High frequency Wide Range

Pirani Vacuum Sensor:

With automatic temperature compensation control unit, Pirani vacuum sensor is capable of precise detection low-temperature environments.

Vacuum System: High frequency Wide Range Pirani Vacuum Sensor: With automatic temperature compensation control unit, Pirani


CKD High Vacuum Electromagnetic Control Valve:

Low heat generation, light noise and long-lasting durability.

CKD High Vacuum Electromagnetic Control Valve: Low heat generation, light noise and long-lasting durability. Laboratory


Stainless Steel Flexible Vacuum Tube:

Will never aging and resistant to all types of corrosion.

Stainless Steel Flexible Vacuum Tube: Will never aging and resistant to all types of corrosion. Laboratory Benchtop Freeze


Fully Automatic Pressure Relief and Drainage:

Completely eliminate damage to samples and sensors caused by unstable manual pressure relief airflow.

Fully Automatic Pressure Relief and Drainage: Completely eliminate damage to samples and sensors caused by unstable manual

Extra Information View additional product guidance, technical notes, diagrams, and supporting information.

Freeze Dryer Selection Guide:

What's the purpose of freeze-drying your samples?

Determining the application purpose is the primary consideration when selecting a freeze dryer.

Simple freeze-drying- laboratory freeze dryer series

Process exploration-Pilot-scale freeze dryer series


Purpose

Simple freeze

Process exploration

Model

laboratory freeze dryer series

Pilot-scale freeze dryer series


What's the amount of samples you need to freeze-dry at one time?

The ice condenser capacity of the freeze dryer refers to the maximum amount of vapor, water or organic solvent, that the condenser can capture from the sample within 24 hours. Please select the appropriate machine and model based on the amount of sample you freeze-dry at one time.


Ice Condenser Capacity

3Kg

6Kg

9Kg

12Kg

What's the solvent of the samples you need to freeze-dry?

Select the appropriate cold trap temperature and vacuum pump type.

The lower the cold trap, the stronger its ability to capture from the solvents with lower freezing point.

Corrosion resistance of the vacuum pump:

Two-stage rotary vane oil pump < chemical hybrid pump < oil-free screw pump


Solvent

Water

Organic Solvent

Cold Trap Temperature

-70°C

-90°C

vacuum Pump

Two-stage

rotary vane oil pump

Chemical corrosion-resistant oil pump, chemical hybrid pump, oil-free screw pump


Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

What's the loading method for your freeze-drying samples?

Freeze dryer equipped with different types of freeze-drying chambers. Users can choose the

appropriate sample placement method based on factors such as the amount of samples, flatness, and the containers used for loading the samples.

Freeze-Drying chamber

Bell Shape

(standard configuration)

Multi Manifold Type

T-shaped Frame Type

Sample Loading Method

sample shelves/tray

Sample shelves/tray/

round bottom/wide month lyophilization bottle

round bottom/

wide month Lyophilization bottle


Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

Freeze Dryer Selection Guide: What's the purpose of freeze-drying your samples? Determining the application purpose is the

Conversion table Vapour pressure above ice

(ice temperature(°C) =pressure(mbar)

°C

mbar

°C

mbar

°C

mbar

°C

mbar

0

6.11

-20

1.03

-40

0.12

-60

0.011

-1

5.62

-21

0.94

-41

0.11

-61

0.009

-2

5.17

-22

0.85

-42

0.1

-62

0.008

-3

4.76

23

0.77

43

0.09

-63

0.007

-4

4.37

-24

0.7

-44

0.08

-64

0.006

-5

4.02

-25

0.63

-45

0.07

-65

0.0054

-6

3.69

-26

0.57

-46

0.06

-66

0.0047

-7

3.38

-27

0.52

-47

0.055

-67

0.0041

-8

3.01

-28

0.47

-48

0.05

-68

0.0035

-9

2.84

-29

0.42

-49

0.045

-69

0.003

-10

2.56

-30

0.37

-50

0.04

-70

0.0026

-11

2.38

-31

0.34

-51

0.035

-71

0.0023

12

2.17

32

0.31

-52

0.03

-72

0.0019

13

1.98

-33

0.28

-53

0.025

-73

0.0017

-14

1.81

-34

0.25

-54

0.024

-74

0.0014

-15

1.65

-35

0.22

-55

0.021

-75

0.0012

-16

1.51

-36

0.2

-56

0.018

-76

0.001

-17

1.37

-37

0.18

-57

0.016

-77

18

1.25

-38

0.16

-58

0.014

-78

-19

1.14

-39

0.14

-59

0.012

-79

Applications Explore common laboratory, research, industrial, and process applications.

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Food Industry

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Biotechnology Industry

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Chemical industry

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Agriculture

Agriculture Laboratory Benchtop Freeze Dryer 9 kg -90°C

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