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Inverted Fluorescence Microscope LZ-IFM-A100

Inverted Fluorescence Microscope LZ-IFM-A100 is an advanced Infinite Plan EPI-fluorescent microscope, offers standard magnification range of 40X to 400X. Incorporated with LWD Infinite Plan Objectives, EPI-fluorescent blue and green reflected light source, this microscope delivers excellent fluorescent image with high resolution. Equipped with halogen lamp as illumination source with Blue/ Green and Ground Glass filter, ultra Hi-voltage Spherical Mercury Lamp with protection barrier.

Inverted Fluorescence Microscope LZ-IFM-A100
Specifications Features Applications Catalog Enquiry


Type Inverted Fluorescence Microscope
Viewing Head Trinocular Head Inclined at 30°, Interpupillary distance: 48 to 75 mm
Eyepiece High-point, Extra Wide Field Eyepiece EW10×/ 22
Objective LWD Infinite Plan Objective 4×/0.1, WD 18mm; LWD Infinite Plan Objective 40×/0.6, WD 2.6mm; Infinite Plan Phase Objective PH 10×/0.25, WD 10mm; Infinite Plan Phase Objective PH 20×/0.4, WD 5.1 mm
Stage Plain stage 160×250 mm; Glass Insert; Auxiliary Stages70×180 mm
Nosepiece Quintuple Nosepiece
Condenser ELWD Condenser NA 0.3, LWD 72 mm
Filter Blue/ Green and Ground Glass (Φ45 mm)
Focusing Coaxial Coarse and Fine Adjustment; Vertical Objective Movement; Coarse Stroke 37.7 mm per rotation; Fine Stroke 0.2 mm per rotation
Lamp 100 W HBO Ultra Hi-voltage Spherical Mercury Lamp
Protection Barrier Barrier to Resist the Ultraviolet Light
Immersion Oil Fluorescent Free Oil
EPI Fluorescent Attachment Kits Blue & Green reflected light source
Blue Excitation Excitation: BP460 to 490; Dichroic mirror: DM500; Barrier filter: BA520
Green Excitation Excitation: BP480 to 550; Dichroic mirror: DM570; Barrier filter: BA590
Carton 1 Packaging Dimension (W×D×H) 460×400×680 mm
Carton 2 Packaging Dimension (W×D×H) 445×370×250 mm
Electrical Requirement 220 V/110 V, 50/60 Hz interchangeable



Inverted fluorescence microscope is used for fluorescence imaging of cell lines, tissue culture materials, and biological samples, and to visually enhance 3-D features at small scales across biology, medicine, immunology, oncology, genetics, histopathology, materials science etc.

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