Olympus SZX16 Stereo Microscope on Diagnostic Instruments TLB3000 Fiber Optic Tilting Mirror Base
Regular price
$18,500.00
Olympus SZX16 Stereo Microscope on Diagnostic Instruments TLB3000 Fiber Optic Tilting & Sliding Mirror Base — a research-grade stereo zoom microscope system paired with a high-intensity 150W fiber optic transmitted light base featuring a tiltable and sliding mirror — ideal for large specimen, aquatic, and dissection workflows requiring flexible transmitted illumination.
KEY FEATURES
- 16.4:1 zoom ratio with 0.3 NA for advanced research imaging
- SZX2-ZB16 stereo zoom body
- SDF PLAPO 1X PF Plan Apochromat objective — superior flatness, color correction & Super Depth of Focus
- Diagnostic Instruments TLB3000 — tilt & slide mirror transmitted light base
- 150W fiber optic illumination — high-intensity, cool transmitted light
- Tiltable & sliding mirror for flexible specimen positioning and large work area
- SZX2-TTR tilting trinocular head — ergonomic tilt & camera-ready
- WHN 10X-H widefield adjustable eyepieces (diopter adjustable)
- SZX2-FOF coarse/fine focus unit
- Condition: Microscope new — TLB3000 base refurbished
- University purchase orders accepted
Backed by Spach Optics Warranty
Secure Packaging & Reliable Delivery
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Technical Specifications
| Model | SZX16 |
| Zoom Body | SZX2-ZB16 |
| Zoom Ratio | 16.4:1 |
| Objective | SDF PLAPO 1X PF (Plan Apochromat) |
| Numerical Aperture | 0.3 |
| Transmitted Light Base | Diagnostic Instruments TLB3000 |
| Light Source | 150W Fiber Optic |
| Mirror | Tiltable & sliding |
| Head | SZX2-TTR Tilting Trinocular |
| Eyepieces | WHN 10X-H Widefield Adjustable |
| Focus Unit | SZX2-FOF Coarse/Fine |
| SKU | SZX16-TLB3000 |
| Country of Origin | Japan |
| Condition | Microscope- New | TLB3000 Base- Refurbished |
Microscope Compatibility
Typical Applications
Aquatic specimen observation in dishes, tanks, and large containers
Large tissue preparation and surgical dissection workflows
Developmental biology and model organism research requiring flexible illumination
High-intensity transmitted light imaging of large or opaque specimens
Digital imaging and documentation via tilting trinocular camera port
University and research laboratory use
