*견적이나 기타 궁금하신 사항은 게시판을 이용해 주십시요.^^
제품명 : EL-D Line (Vertical Models)
제조사 : TUTTNAUER / ISRAEL
-FEATURES- |
Tuttnauer Atoclave ELV-D line특징
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Ethernet,USB,Barcode 인식 및 모든 관련자료 저장가능
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사이클프로그램 –사전 및 사후 진공제어 (옵션)
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냉각수와 팬을 이용한 쾌속냉각 – 타기종대비 90%이상 시간단축
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진공펌프를 이용하여 피펫및피펫팁,좁은유리병의 효과적인 공기제거 및 멸균스팀침투력극대화
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최대 6개온도센서 및 4개 압력센서 연결 가능
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| -DETAILS- |
Liquid Loads
Liquid Load Fast Cooling Applications
Sterilizing liquid requires longer heating and cooling times for completing a cycle, especially with sensitive liquid loads.
When time is critical advanced optional fast cooling features are available with Tuttnauer’s laboratory autoclaves that prevent a sudden drop in chamber pressure which can cause liquids to boil over.
Fast Liquid Cooling
After sterilization is completed, compressed air is passed through a microbiological filter into the autoclave chamber in order to prevent a drop in pressure which also prevents load deformation, cracks or spills. Cold water is then circulated through cooling pipes that rapidly reduces the chamber temperature and that of the liquid load to a safe temperature.
Tuttnauer’s fast liquid cooling technology reduces cycle time by as much as 75% and minimizes load exposure to high temperatures.
Super Fast Liquid Cooling
In addition to fast cooling, an optional fan can be applied to further circulate the compressed air in the chamber. This speeds up the heat exchange during the cooling stage in order to safely achieve super fast cooling of the liquid load under pressure.
Tuttnauer’s accelerated fast liquid cooling technology reduces cycle time by as much as 90% and minimizes load exposure to high temperatures.
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| -SPECIFICATION- |
Glassware, Hollow and Tip Applications
Efficient air removal is an important requirement for sterilizing hollow loads such as laboratory glassware and tips where the standard gravity displacement air removal method is not effective. Air removal after sterilization also assists in fast drying of your laboratory glassware.
Efficient Air Removal
An optional vacuum pump can be used for fractioned pre vacuum air removal eliminating air pockets from all load types and maximizing efficient steam penetration throughout the entire load.
Active Drying with Post Vacuum
For benchtop autoclaves, an optional vacuum pump can be used for post vacuum drying, at the end of the sterilization cycle, ensuring improved drying of porous loads and hollow instruments such as pipette tips. The benchtop autoclave is equipped with a heating plate attached under the chamber that heats the chamber during the drying phase. The low pressure in the autoclave chamber, caused by the vacuum, reduces the boiling temperature forcing moisture to evaporate rapidly. The vapour is then removed from the chamber by vacuum resulting in a dry load.
For Applications that Need High Performance
Tuttnauer's high performance laboratory autoclaves are equipped with the following optional features: a built-in steam generator, a vacuum pump and a coiled pipe around the chamber. These autoclaves provide efficient heat-up and complete drying.
Fast and Efficient Heat-up
Immediate Steam and Efficient Air Removal
During the heat-up phase air is efficiently removed from the chamber by a strong vacuum pump. Steam, that is immediately available from the built-in steam generator, is then injected into the autoclave for immediate chamber heating.
Complete Drying
Chamber Heating and Post Vacuum
Highly efficient drying is achieved by uniformly heating the chamber wall of the benchtop or vertical autoclave. This is achieved by heating the chamber from steam passed through a coiled pipe around the chamber. The post vacuum stage reduces the boiling point which speeds up drying. This results in faster and complete drying, and guarantees that even the most difficult loads such as textiles, porous loads, hollow instruments and tips, will dry.
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