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 precision optical component designed for advanced microscopy applications, including *biotechnology research*, *molecular diagnostics*, and *live-cell imaging*. This oil immersion objective lens features:

• Magnification: 100x, ideal for detailed cellular and subcellular visualization
• Numerical Aperture (NA): 0.5 to 1.3, adjustable via iris diaphragm to optimize contrast and resolution in fluorescence and DIC microscopy
• Immersion Medium: Oil immersion enhances numerical aperture and resolution critical for high-resolution biophotonic studies
• Thread Size: M25 standard for compatibility with Nikon microscope systems
• Working Distance: 0.2 mm, suitable for close specimen proximity in molecular biology and synthetic biology workflows
• Differential Interference Contrast (DIC) capability to enhance contrast in unstained, transparent biological samples

Each objective is meticulously inspected, cleaned, and lubricated (if adjustable) to ensure optimal optical performance and smooth mechanical operation. This objective is widely adopted in *neuroimaging applications*, *fluorescence analysis*, and is critical in *biopharmaceutical production pipelines* where precise imaging of cellular morphology is essential.

This Nikon Plan Fluor objective supports a variety of research domains, including *cell imaging*, *bioprocessing*, and *gene editing*, providing robust optical clarity and contrast for cutting-edge scientific investigations.

For users integrating this lens into their microscopy systems, compatibility verification support is available to ensure seamless system integration in clinical diagnostics and biotechnology laboratories.