Nikon Plan Fluor 100x/0.5-1.3 Oil Iris DIC H/N2 Microscope Objective Lens

The Nikon Plan Fluor 100x/0.5-1.3 Oil Iris DIC H/N2 Microscope Objective is a high-performance optical component designed for precision microscopy applications, including biotechnology, molecular diagnostics, and cell imaging. Featuring:

• Magnification: 100x for detailed cellular and subcellular visualization
• Numerical Aperture (NA): Adjustable from 0.5 to 1.3, enabling high-resolution imaging and optimal light gathering essential for fluorescence and differential interference contrast (DIC) techniques
• Immersion Medium: Oil immersion ensures enhanced resolution and contrast critical for live-cell imaging and high-magnification studies
• Iris Diaphragm Control: Offers adjustable aperture to modulate depth of field and contrast in microscopy workflows
• Thread Compatibility: M25 standard thread for easy integration into compatible Nikon microscope systems
• Working Distance: 0.2 mm suited for observing thin specimens with high optical precision
• Plan Fluor Design: Corrects field curvature ensuring flat, high-contrast images across the field of view, advantageous in bioprocessing and synthetic biology research requiring accurate morphological analysis

Each objective undergoes thorough inspection, cleaning, and lubrication of mechanical parts to ensure consistent performance and reliability. This objective is well-suited and widely adopted in biomedical engineering and molecular biology research, where precise optical quality is critical in live-cell imaging, fluorescence analysis, and advanced DIC microscopy.

Ideal for researchers and clinicians engaged in molecular cloning workflows, gene editing experiments, and biopharmaceutical production pipelines requiring versatile, high-resolution microscopy optics.