Liquid Cooling & Heating

This new light-tight incu­ba­tor has been devel­oped for the invert­ed micros­cope Nikon Eclipse Ti2-E. Con­struct­ed from black acrylic glass the incu­ba­tor enclos­es the micros­cope, the nose­piece, the objec­tives and fur­ther com­po­nents and enables a con­trolled warm air incu­ba­tion. In addi­tion to the famil­iar incu­ba­tion appli­ca­tion, the incu­ba­tor comes with inno­v­a­tive fea­tures: Silicone-sealed open­ings for the cable feed-through, a mov­able lamp sup­port seal­ing, a one-piece tem­per­a­ture sen­sor cable, an inte­ri­or light­ing and a hold­er for the 250 ml Humid­i­fi­ca­tion Bot­tle inside the incu­ba­tor.
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Small-sized con­trol device for local tem­per­a­ture mea­sure­ments of media in mul­ti­well plates, cham­ber slides, cham­bered cover slides and Petri dish­es. The medi­um tem­per­a­ture can be mea­sured dur­ing incu­ba­tion in cell cul­ture ves­sels with cells or in ref­er­ence ves­sels. The entire sen­sor can be auto­claved.
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The inno­v­a­tive Infrared Con­trol Sen­sor IR V1 is used for non-contact tem­per­a­ture mea­sure­ments in dif­fer­ent cell cul­ture ves­sels (glass or plas­tic bot­tom) on the micros­cope. The tem­per­a­ture mea­sure­ment can be per­formed on invert­ed and upright micro­scopes. The infrared sen­sor is con­trolled by Blue­tooth via the App „PeCon­Tem­p­Con” on the tablet or smart­phone.
To the prod­uct