Olympus IX70 Inverted Fluorescence Microscope with U-DICTS DIC & Planapo 60X BFP1 Objective
Regular price
$14,500.00
Sale price
$14,500.00
Regular price
$36,500.00
save $22,000.00
The Olympus IX70 Inverted Fluorescence Microscope with U-DICTS DIC Slider and PlanApo 60x BFP1 Objective is a premium research-grade inverted system configured for high-resolution DIC/Nomarski imaging and fluorescence — ideal for advanced cell biology, live imaging, and optical sectioning workflows.
KEY FEATURES
- U-DICTS shift-type DIC/Nomarski slider with IX-LWPO polarizer and IX-AN analyzer for high-contrast optical sectioning
- PlanApo 60x/1.40 BFP1 objective — flat-field, high-NA optics optimized for fluorescence and DIC
- 100W mercury fluorescence illumination with 4-cube turret and vertical illuminator
- Front and side camera ports for flexible imaging system integration
- 3-plate XY stage with right-hand controls and LWD condenser for culture vessel compatibility
- Condition: Excellent — complete with mercury bulb, halogen bulb, UV guard, instruction manual, power cords, and dust cover
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Technical Specifications
| Frame | Olympus IX70 with front and side camera ports |
| DIC System | U-DICTS shift-type DIC/Nomarski slider, IX-LWPO polarizer, IX-AN analyzer |
| Objective | PlanApo 60x/1.40 BFP1 |
| Condenser | LWD with DIC components installed |
| Fluorescence Illuminator | Vertical, 100W mercury lamphouse |
| Filter Turret | 4-position |
| Stage | 3-plate XY with right-hand controls |
| Eyepieces | 10x Widefield |
| Camera Ports | Front and side |
| Accessories Included | Mercury bulb, halogen bulb, UV guard, instruction manual, power cords, dust cover |
| Customization | Additional objectives and DIC prisms available on request; fluorescence components removable |
| Condition | Excellent |
| SKU | IX70-DICTS |
| Country of Origin | Japan |
| Weight | 75 lbs |
Microscope Compatibility
Typical Applications
High-resolution DIC/Nomarski imaging of living cells and tissues
Multicolor fluorescence imaging of fixed and live specimens
Single-cell and subcellular structural analysis
Live cell time-lapse microscopy in culture vessels
Optical sectioning and z-stack acquisition
Advanced cell biology and biophysics research
