Euromex Inverted Microscope Oxion Inverso OX.2253-PLPHF
The Euromex Oxion Inverso OX.2253-PLPHF is a high-performance inverted microscope designed for life science applications. It supports brightfield, phase contrast, and fluorescence imaging and features long-working-distance IOS objectives that compensate for culture dish thickness. Ideal for observing tissue cultures and living cells in research laboratories.
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Equipped with a trinocular head and revolving quintuple nosepiece, the OX.2253-PLPHF delivers versatile imaging and comfortable viewing for routine and advanced microscopy tasks. Included are Plan Fluarex and Plan Phase Fluarex objectives, robust stage, and integrated LED and mercury illumination systems for fluorescence studies.
Euromex Inverted Microscope Oxion Inverso OX.2253-PLPHF
Designed for biological research and diagnostics, this inverted microscope combines ergonomic design with advanced optics. Long-working-distance lenses, anti-fungus optics, and multiple contrast methods make the Oxion Inverso OX.2253-PLPHF suitable for cell culture, fluorescence assays, and other demanding observation workflows.
Features
Overview
| Specification | Value |
|---|---|
| Model | Euromex Oxion Inverso OX.2253-PLPHF Inverted Microscope |
| Head Type | Trinocular, 45° inclined with photo port. |
| Eyepieces | Pair of HWF 10×/22 mm wide field eyepieces. |
| Objectives | Long working distance Plan Fluarex 10×/0.30, 20×/0.45, 40×/0.65 IOS (plus optional). |
| Objective Correction | Corrected for 1.2 mm culture dish glass thickness. |
| Nosepiece | Revolving quintuple nosepiece on ball bearings. |
| Stage Size | 250 × 230 mm; mechanical X-Y 120 × 78 mm with inserts. |
| Focusing | Coaxial coarse & fine adjustment; 2 µm precision. |
| Illumination | 5 W adjustable transmitted LED; 100 W mercury lamp for fluorescence. |
| Condenser | N.A. 0.30 condenser with iris diaphragm (working distance 72 mm). |
| Contrast Methods Supported | Brightfield, Phase contrast, Fluorescence. |
| Applications | Cell culture observation, life science research, fluorescence assays. |