Inverted Fluorescence Microscope LX404IIM is developed with a phase contrast system and a hinged trinocular observation viewing head. Equipped with high eye point, large field, flat eyepiece HWF 10x/25 mm and long working distance Infinity Plan Semi-apochromatic phase contrast objectives. This fluorescence microscope offers high-quality performance. It gives detailed fluorescent images of the specimen studied.
| Viewing head | Trinocular head, 45° inclined tubes with 100 - 0/20 - 80/0 - 100 beam splitters |
|---|---|
| Interpupillary distance | 47 - 78 mm, Diopter adjustment on both eyepieces |
| Eyepiece | HWF 10x/25 mm Eyepieces |
| Nosepiece | Motorized sextuple revolving nosepiece, optionally compatible with DIC prisms for 10x, 20x, and 40x objectives |
| Side port | Motorized slide port, life - 100/0, eye 100, right - 80.20 |
| Objectives | All are anti-fungal, anti-reflection coated optics for optimal light transmission. Infinity plan semi-apochromatic phase contrast objectives (N-iPLFN PH) 4x/0.13 NA, WD 17.78 mm; requires phase annuli High numerical infinity semi-apochromatic LWD plan phase objectives enable the subcellular structures Infinity plan semi-apochromatic phase contrast objectives (N-iPLFN PH) 10x/0.30 NA, WD 10.2 mm; cover glass correction 1.2 mm Infinity plan semi-apochromatic phase contrast objectives (N-iPLFN PH) 20x/0.45 NA, WD adjustable 7.5 - 8.8 mm (collar ring); cover glass correction 1.2 mm Infinity plan semi-apochromatic phase contrast objectives (N-iPLFN PH) 40x/0.60 NA, WD adjustable 3 - 4.4 mm (collar ring); cover glass correction 1.2 mm |
| Stage | Three-layer motorized stage 390 x 230 mm, equipped with a coaxial mechanical 114 x 76 mm X - Y Stage, equipped with: Metal insert for ø 38 mm cell culture dish Metal insert for ø 54 mm cell culture dish or 76 x 26 mm slides Metal insert for multiwell plates (127.76 x 85.48 mm) Metal insert for teraski plates (83.3 x 58.0 mm) |
| Condenser | Motorized rotating condenser NA 0.55, WD 26 mm with iris diaphragm; phase annuli for 10x, 20x, 40x, 60x; DIC prism compatibility; 3 filter holders (Ø38 mm); tilting arm for large samples |
| Display | LCD screen display, the front-positioned, back-illuminated LCD, filter cube, and light intensity |
| Foucing | Motorized focusing with electronic limits, auto lens lowering, electronic parfocal; stroke range: +8 mm/-2 mm; total travel 10 mm approx. |
| Lens changer | Motorized Electric lens changer with 1.5x lens enables intermediate magnifications; Switching from 20x to 30x, 40x to 60x and 60x to 90x magnification done without refocusing |
| Illumination | Transmitted 10 W LED illumination with adjustable intensity |
| Fluorescence kit | 6 Position fluorescence unit with UV shield; 4-color high-power LED source; filters: Blue: EX 460 - 495 nm, DM 505, EM 510 nm Green: EX 510 - 550 nm, DM 570, EM 575 nm UV: EX 330 - 385 nm, DM 400, EM 420 nm |
| C mount | 1 x C mount |
| Digital camera | CMOS camera; USB 3.0; 2-stage Peltier cooling to -42°C below ambient; 20 MP (IMX183, 1 sensor 13.06 x 8.76 mm); pixel size 2.4 x 2.4 µm; suitable for low-light and fluorescence imaging |
| Power supply | 100 - 240 V |
| Packing dimension and gross weight | 600 x 600 x 550 mm; 32 Kg 620 x 570 x 470 mm; 20 Kg |
Ergonomic trinocular head with variable beam splitting for flexible imaging
Wide-field HWF 10x eyepieces with diopter adjustment
Motorized sextuple nosepiece with optional DIC compatibility
Infinity plan semi-apochromatic PH objectives with high NA and long WD for subcellular resolution
Anti-fungal, anti-reflection coated optics for high transmission efficiency
Motorized XY stage compatible with slides, dishes, multiwell and Terasaki plates
Motorized condenser with phase/DIC support and tilt-back mechanism
Equipped with a magnification changer for seamless intermediate zoom without refocus
High-intensity LED transmitted illumination with adjustable output
Integrated LCD status display for system parameters
Multi-channel fluorescence system with high-power LED excitation
Cooled CMOS scientific camera for high-sensitivity low-light imaging
Suitable for live cell imaging, fluorescence observation, and time-lapse studies in biological research. Widely used in cell culture analysis, molecular biology, and biomedical diagnostics. Ideal for advanced applications including subcellular imaging, drug research, and fluorescence-based assays.
Fluorescence filter wheel (Without filters)
Blue and green Ø 45 mm interference filters
Alignment telescope
Power cord
<p>Labdex Inverted Fluorescence Microscopes combine inverted optical design with advanced fluorescence illumination, adjustable objectives, and a large field of view. Designed for live cell studies, fluorescent tagging, and complex cell biology research, these microscopes provide versatility and high-performance imaging for demanding laboratory applications.</p>
<p>Labdex Biological Microscopes are designed for clear and precise observation of routine samples. Featuring infinity optics, binocular or monocular heads, adjustable nosepieces, LED illumination, and fine focusing, these microscopes are ideal for schools, research labs, and clinical applications. Perfect for both educational and professional settings, Labdex ensures reliable performance for everyday microscopy needs.</p>
<p>Labdex Digital Microscopes bring modern imaging to your lab with advanced LCD/TFT displays, Wi-Fi/Bluetooth connectivity, adjustable LED illumination, and sharp image capture. Ideal for digital documentation, sample analysis, and screening, these microscopes make research more interactive and precise.</p>
<p>Labdex Fluorescence Microscopes are engineered for high-contrast imaging with LED/Köhler illumination, infinity optics, and digital intensity control. Perfect for advanced research in pathology, cytology, genetics, and biotechnology, these microscopes enable detailed fluorescent studies with accuracy and reliability.</p>
<p>Labdex Multi-viewing Biological Microscopes allow multiple users to observe simultaneously with compensation-free heads, robust mechanical stages, and interchangeable objectives. Ideal for collaborative teaching, training, and demonstration labs, these microscopes make group learning and professional instruction seamless and interactive.</p>
