Incubator NL 2000 for dual level construction

Large incu­ba­tor for the invert­ed micros­cope Nikon Eclipse Ti with dual level con­struc­tion for warm air incu­ba­tion and CO2-con­trol. Local CO2-incu­ba­tion can be car­ried out with the CO2-Con­troller in com­bi­na­tion with appro­pri­ate CO2-Covers. The large inter­nal vol­ume allows the use of many dif­fer­ent components.
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Incubator HF 2000 with Heatable Glass

The Incu­ba­tor HF 2000 is designed to fit onto the Heat­ing Frame 2000 and per­mits a local CO2-and tem­per­a­ture con­trol of Petri dish­es and POC-chamber sys­tems in a com­plete­ly closed envi­ron­ment. The cover has a rec­tan­gu­lar obser­va­tion win­dow with heat­able glass.
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Setup K

The Setup K has been devel­oped for per­fu­sion appli­ca­tions in com­bi­na­tion with the
Uni­ver­sal Mount­ing Frame KP-Set, the Uni­ver­sal Mount­ing Frame KP-Set lock­able, or the Uni­ver­sal Mount­ing Frame K100-Set. Per­fu­sion tubes and thin cables can be eas­i­ly led into the inte­ri­or of the Setup through six sil­i­cone sealed openings.
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CO2-Cover 100-Set

The CO2-Cover 100-Set fits on the Uni­ver­sal Mount­ing Frame K100-Set and M100-Set on invert­ed micro­scopes. It per­mits a local CO2-con­trol and humid­i­fi­ca­tion in a com­plete­ly closed envi­ron­ment. Usage in a large incu­ba­tor is high­ly rec­om­mend­ed to pre­vent condensation.
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Universal Mounting Frame K100 protected

Flex­i­ble device for the fix­a­tion of var­i­ous cul­ti­va­tion ves­sels and T25 flasks on mechan­i­cal and scan­ning stages (open­ing 160x110 mm) at inverse micro­scopes. It has been specif­i­cal­ly designed for the use of large Petri dish­es with a max­i­mum diam­e­ter of 92 mm and can be installed easily.
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Heating Insert UP-Set 2000

The Heat­ing Insert UP-Set 2000 is designed for the sta­ble heat­ing of cell cul­ti­va­tion sys­tems on upright micro­scopes above ambi­ent tem­per­a­ture up to 60°C. It can be equipped with a CO2-Cover for local CO2 con­trol and humid­i­fi­ca­tion. Because of its solid design, it has a high tem­per­a­ture con­stan­cy and ther­mal con­duc­tiv­i­ty. Four exchange­able base­plates enable the use of a large num­ber of cell cul­ture systems.
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