Olympus BX51 Fluorescence & DIC NOMARSKI Microscope
Regular price
$19,500.00
Sale price
$19,500.00
Regular price
$35,500.00
save $16,000.00
The Olympus BX51 Fluorescence & DIC/Nomarski Upright Research Microscope is a fully configured, research-grade upright system combining transmitted light DIC/Nomarski and multicolor fluorescence in a single, versatile platform — ideal for advanced cell biology, neuroscience, and materials research requiring the highest optical contrast and resolution.
KEY FEATURES
- Five UPlanFL fluorite objectives: 4x, 10x, 20x, 40x, and 100x — covering the full magnification range for both DIC and fluorescence
- Full DIC/Nomarski system: 8-place turret condenser with 10x, 20x, 40x & 100x DIC prisms, U-DICT rotatable slider, and U-ANT analyzer
- 100W mercury fluorescence illumination with 6-cube turret vertical illuminator and dedicated power supply
- Trinocular head with C-mount camera port for direct camera attachment and digital documentation
- Right-hand XY mechanical stage and 6-place nosepiece for precise specimen navigation and rapid objective switching
- Complete system — 12V 100W quartz halogen transmitted illumination and mercury lamphouse included
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Technical Specifications
| Frame | Olympus BX51 |
| Transmitted Illumination | 12V 100W quartz halogen |
| Head | Trinocular with C-mount camera port |
| Eyepieces | 10x Widefield |
| Nosepiece | 6-place |
| Objectives | UPlanFL 4x, 10x, 20x, 40x, 100x |
| DIC System | 8-place turret condenser (10x, 20x, 40x, 100x DIC prisms), U-DICT rotatable slider, U-ANT analyzer |
| Fluorescence Illuminator | 6-cube turret vertical illuminator, 100W mercury lamphouse & power supply |
| Stage | Right-hand XY mechanical stage |
| SKU | BX51-DIC-FL |
| Country of Origin | Japan |
| Weight | 65 lbs |
Microscope Compatibility
Typical Applications
DIC/Nomarski imaging of living cells, embryos, and transparent specimens
Multicolor fluorescence imaging of fixed and live biological specimens
Correlative DIC and fluorescence microscopy
Neuroscience and developmental biology research
High-resolution oil immersion imaging at 100x for subcellular detail
Publication-quality fluorescence and DIC photomicrography
