INVERTED LED FLUORESCENCE MICROSCOPE

Optical System: NIS Infinite Optical System (F200) Observation Method: Bright FieldEpi-Fluorescence Head: Seidentopf Viewing Head, Inclined At 45°, Interpupillary Distance 48-75mm, Eyepiece Tube Dia.30mm Eyepiece: EW10x/22mm, Diopter Adjustable, Dia.30mm Nosepiece: Quintuple Nosepiece, Dovetail Interface LWD Infinity Plan Semi-APO Fluorescent Objective: 4x/0.13, W.D.17.0mm, Cover Glass10x/0.30, W.D.7.4mm, Cover Glass1.2mm20x/0.45, W.D.8.0mm, Cover Glass1.2mm40x/0.60, W.D.3.3mm, Cover Glass1.2mm Focusing System: Coaxial Coarse & Fine Adjustment, Tension Adjustable (At Right Hand), Fine Division 0.002mm, Coarse Focusing Range Up 7mm, Down 1.5mm, Max Up To 18.5mm After Removing Focusing Limit. Working Stage: Plain Working Stage 170 (X) x 250 (Y) mm, Attachable Mechanical Moving Stage, X-Y Coaxial Moving128x80mm, Used With 5 Types Holder, Well Plate & Clamper, Stage ClipGlass Stage RingAuxiliary Plate 2 Pieces (1 Piece Each Side) Universal Holder Condenser: Long Working Distance Detachable Condenser NA 0.3, W.D.75mm, Without Condenser W.D.187mm Illumination: Transmitted Illumination 3W S-LED Critical IlluminationReflected Illumination 3W LED, For Epi-Fluorescence Epi-Fluorescence Attachment: Epi-Fluorescence Attachment, Turret With 3 Holes For Filter Cubes, With Noise Terminator MechanismCube B + LED Unit, 365nmCube G + LED Unit, 405nmCube U + LED Unit, 485nmAttachable UV Shield Photo Port: Head Side Camera Port Switchable 100/0:0/100 Photo Adapter: 1.0x C-Mount Power Supply: AC 100-240V,50/60Hz Dimensions: 244 (W) x543 (D) x526 (H) mm