Nitrogen Evaporator

Nitrogen evaporators are used to prepare samples for analysis. Used in many industries, such as food, biotechnology, analytical chemistry, petroleum, and environmental sciences, nitrogen evaporators dry and concentrate samples so that tests like mass spectrometry, gas chromatography, and high-performance liquid chromatography (HPLC) can be performed on them. Samples are loaded into the nitrogen evaporator and then nitrogen blowdown is used, sometimes in conjunction with heat, to rid the sample of moisture. There are variations among nitrogen evaporators, including how many sample positions it contains, whether it uses wet or dry baths, if it needs hood space or not, and whether it provides heat as well as nitrogen blowdown to evaporate the samples.

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100 Position MULTIVAP® Water Bath
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    100 tubes
  • Flow Rate:
    34 lpm
12 Position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    12
  • Flow Rate:
    4 lpm
Citations:
(3)
15 position MICROVAP®
Organomation
  • Method:
    heated aluminum dry block nitrogen blowdown
  • Number of Samples:
    15 test tubes
  • Flow Rate:
    5 lpm
15 position Unheated MICROVAP®
Organomation
  • Method:
    unheated/ambient nitrogen blowdown
  • Number of Samples:
    15 test tubes
  • Flow Rate:
    5 lpm
24 position MICROVAP®
Organomation
  • Method:
    Heated Nitrogen Blowdown
  • Number of Samples:
    24 Test tubes
  • Flow Rate:
    8 lpm
24 Position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    24
  • Flow Rate:
    8 lpm
Citations:
(2)
24 position Unheated MICROVAP®
Organomation
  • Method:
    unheated/ambient nitrogen blowdown
  • Number of Samples:
    24 test tubes
  • Flow Rate:
    8 lpm
30 position MULTIVAP® Dry Bath
Organomation
  • Method:
    heated aluminum dry block
  • Number of Samples:
    30
  • Flow Rate:
    10 lpm
34 position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    34
  • Flow Rate:
    12 lpm
Citations:
(2)
45 position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, unheated, Nitrogen Blowdown
  • Number of Samples:
    45
  • Flow Rate:
    15 lpm
48 position MULTIVAP® Dry Bath
Organomation
  • Method:
    heated aluminum dry block nitrogen blowdown
  • Number of Samples:
    48
  • Flow Rate:
    16 lpm
Citations:
(1)
6 position MICROVAP®
Organomation
  • Method:
    heated aluminum dry block nitrogen blowdown
  • Number of Samples:
    6 test tubes
  • Flow Rate:
    2 lpm
6 Position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    6
  • Flow Rate:
    2 lpm
Citations:
(1)
64 Position MULTIVAP® Water Bath
Organomation
  • Method:
    Heated
  • Number of Samples:
    64 tubes
  • Flow Rate:
    22 lpm
80 position MULTIVAP® Dry Bath
Organomation
  • Method:
    heated aluminum dry block nitrogen blowdown
  • Number of Samples:
    80
  • Flow Rate:
    25 lpm
Citations:
(3)
9 position MULTIVAP® Dry Bath
Organomation
  • Method:
    Dry heat nitrogen blowdown
  • Number of Samples:
    9 beakers or test tubes
  • Flow Rate:
    3 lpm
Automatic 20 Position N-EVAP® Nitrogen Evaporator
Organomation
  • Method:
    Heated, Nitrogen Blowdown
  • Number of Samples:
    20
  • Flow Rate:
    8 lpm
Dual Microplate MULTIVAP®
Organomation
  • Method:
    Heated Nitrogen Blowdown
  • Number of Samples:
    Two 96 Well Plates
  • Flow Rate:
    64 LPM
Single Plate MICROVAP® nitrogen evaporator
Organomation
  • Method:
    heated/unheated nitrogen blowdown
  • Number of Samples:
    96 microwell plate
  • Flow Rate:
    30 lpm
Triple position MICROVAP®
Organomation
  • Method:
    Heated
  • Number of Samples:
    (3) Microwell plates
  • Flow Rate:
    96 lpm
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