Description
Technical Specifications – VXL-BINO Microscope
| Specification | Description |
|---|---|
| Model | VXL-BINO |
| Optical Design | Finite optical system |
| Eyepieces | PL 10X eyepieces with 23 mm field of view and high eye point |
| Diopter Range | ±5 diopter adjustment |
| Objective Lenses | 4X, 10X, 40X (spring), 100X (spring, oil immersion) |
| Objective Standard | Plan achromatic objectives, DIN 45 mm |
| Viewing Head | Articulated binocular head inclined at 30° |
| Interpupillary Range | Adjustable from 50 to 75 mm |
| Nosepiece | Backward-facing quadruple or quintuple nosepiece |
| Stage | Mechanical X-Y stage (220 × 148 mm) |
| Stage Travel | 76 × 50 mm with 0.1 mm scale precision |
| Condenser | Abbe condenser with height adjustment |
| Focusing System | Coaxial coarse and fine focus with 0.002 mm accuracy |
| Illumination | 3W LED with Köhler illumination |
| Power Supply | 230V AC |
| Packaging | Inner thermoform protection with outer carton box |
Key Highlights of VXL-BINO Microscope
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Advanced finite optical system for clear and stable image formation
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High-quality PL 10X eyepieces designed for comfortable long viewing
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±5 diopter adjustment to suit individual eyesight
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Precision plan achromatic DIN objectives for flat and sharp images
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Complete objective range including oil immersion (100X)
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Ergonomic 30° inclined articulated binocular head
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Wide interpupillary adjustment range (50–75 mm)
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Smooth backward quadruple/quintuple nosepiece for quick lens change
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Large double mechanical stage with fine 0.1 mm movement control
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Highly accurate coaxial focusing system (0.002 mm resolution)
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Adjustable Abbe condenser for improved illumination control
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Bright 3W LED Köhler illumination for uniform light distribution
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Solid and stable base for continuous laboratory use
Working Principle of VXL-BINO Microscope
The VXL-BINO microscope operates by passing light from a high-intensity LED source through the Abbe condenser to evenly illuminate the specimen. The sample is magnified by plan achromatic objective lenses and viewed through the binocular optical system, providing clear and strain-free observation. Precise positioning of the slide is achieved using the mechanical stage, while image sharpness is adjusted using coaxial coarse and fine focusing controls. Köhler illumination ensures balanced brightness and enhanced contrast across the entire field of view.
Applications & Use Areas
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Research laboratories for routine microscopic analysis
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Pathology laboratories for clinical sample examination
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Medical and science colleges for student training
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Biological and life science research institutes
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Industrial laboratories for material inspection
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Clinical diagnostics requiring accurate microscopic results
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