Inverted Microscope With Phase Contrast And Fluorescence 40X To 1200X Magnification Mercury Lamp Illumination Trinocular Head Siedentopf Binocular Mount Plan High Eyepoint Widefield Eyepieces Ideal For Biology Buffs And Materials Analysis
✔️ 40x-1200x magnification, trinocular Siedentopf head, eyepieces
This inverted microscope blends fluorescence, phase-contrast, and brightfield illumination for biology, sediment analysis, and materials work. Its long-working-distance objectives make it handy for observing samples in Petri dishes, wells, and shallow containers.
| Dimensión | Valor |
|---|---|
| Stage (W x D) | 160 x 250 mm (6.3 x 10 in) |
| Travel (X x Y) | 120.65 x 79.38 mm (4.75 x 3.125 in) |
| Interpupillary | 50-76 mm |
| Working distance | 38 mm (focus); total 6.5 mm up and 2.5 mm down |
✅ Inverted epifluorescence microscope with 100W mercury lamp and 30W halogen illumination
✅ Trinocular head with Siedentopf binocular mount, 50-76 mm interpupillary
✅ Five long working-distance infinity plan objectives and three phase-contrast infinity plan objectives
✅ Color-corrected infinity optical system (CCIS) with under-mounted quintuple nosepiece
✅ Oversize mechanical stage with petri dish holder and 4-3/4 x 3-1/8 in travel
✅ Kohler condenser with NA 0.3 and 0.5 and iris diaphragms for optimal contrast
✅ 0.3 NA and 0.5 NA Kohler condenser provides long working distance of 72 mm and 28 mm WD
💡 What is an inverted microscope used for in biology and materials analysis? This handy instrument supports viewing samples in dishes and containers while applying multiple illumination modes.
- Observe living cells in culture dishes with minimal disturbance - Inspect sediments, rocks, and semiconductor surfaces with phase-contrast and fluorescence - Capture images via a 23 mm or C-Mount camera adapter - Ergonomic trinocular head and long working-distance objectives simplify workflows ✝️