Olympus IMT2 Inverted Fluorescence Microscope
Regular price
$4,500.00
Sale price
$4,500.00
Regular price
$14,500.00
save $10,000.00
The Olympus IMT2 Inverted Fluorescence & Phase Contrast Tissue Culture Microscope is a fully configured classic inverted system offering exceptional value for live cell imaging, multicolor fluorescenc
KEY FEATURES
- 4x, 10x, 20x, and 40x phase contrast objectives including ULWD CDPlan LWD optics with correction collars on 20x and 40x
- 100W mercury fluorescence illumination with vertical illuminator and two filter cubes: Blue and Green
- Three camera ports: side port on frame, front port on frame, and trinocular head camera port
- ULWD condenser with phase inserts and 3-plate XY stage with right-hand controls
- 3-position trinocular head for simultaneous observation and imaging
- Complete system — includes mercury bulb, halogen bulb, UV guard, instruction manual, power cords, and dust cover
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Technical Specifications
| Frame | Olympus IMT2 with side and front camera ports |
| Head | 3-position trinocular with camera port |
| Camera Ports | 3 total |
| Objectives | SPlan 4x Phase, SPlan 10x Phase, ULWD CDPlan 20x Phase (correction collar), ULWD CDPlan 40x Phase (correction collar) |
| Fluorescence Filter Cubes | Blue, Green |
| Fluorescence Illuminator | Vertical, 100W mercury lamphouse |
| Condenser | ULWD with phase inserts |
| Stage | 3-plate XY with right-hand controls |
| Transmitted Light | Transmitted light pillar |
| Eyepieces | 10x Widefield |
| Accessories Included | Mercury bulb, halogen bulb, UV guard, instruction manual, power cords, dust cover |
| SKU | IMT2-FL |
| Country of Origin | Japan |
| Weight | 75 lbs |
Microscope Compatibility
Typical Applications
Live cell phase contrast and fluorescence imaging
Tissue culture monitoring and cell health assessment
Blue and Green channel fluorescence imaging (DAPI, GFP, FITC, TRITC-compatible)
Multi-camera documentation and video microscopy
Stem cell and primary cell culture observation
Teaching and core facility fluorescence workflows
