Nikon S Fluor 100x Objective

Nikon CFI Super Fluor 100X Microscope Objective

🔬 High-performance super fluorite objective for fluorescence microscopy
🎯 100X magnification with 1.3 numerical aperture for high resolution
🌈 Superior fluorite optics with high ultraviolet transmission
💧 Oil immersion design with iris diaphragm for enhanced control
📏 0.2mm working distance suitable for standard specimen preparations
🔧 M25 thread compatible with Nikon CFI infinity-corrected microscope systems
✨ Excellent condition with flawless optics

🔧 Product Description

The Nikon CFI Super Fluor 100X is a premium high-magnification objective engineered for demanding fluorescence microscopy applications. As part of Nikon's Super Fluor series, this objective features enhanced fluorite glass formulations that provide superior chromatic correction and exceptionally high transmission in the ultraviolet range. The "Super Fluor" designation indicates enhanced optical performance compared to standard fluorite objectives, ensuring accurate color reproduction and improved contrast for demanding fluorescence applications. With a high numerical aperture of 1.3, this objective provides excellent resolution for detailed cellular imaging. The integrated iris diaphragm provides enhanced control over depth of field and contrast, allowing optimization for specific imaging conditions. The oil immersion design eliminates refractive index mismatches, ensuring optimal image quality and contrast when imaging through standard coverslips. The 0.2mm working distance accommodates standard microscope slides and coverslips. Compatible with Nikon's CFI infinity optical system, this objective integrates seamlessly with Eclipse, Ti, and Ni series microscopes, making it ideal for laboratories conducting fluorescence microscopy, multi-channel imaging, and biological research requiring high UV transmission and superior optical quality. This objective is in excellent condition with flawless optics.

🔎 Typical Applications

• Fluorescence microscopy with high UV transmission
• Multi-channel fluorescence imaging
• High-resolution cellular imaging
• Immunofluorescence studies
• Live cell imaging and time-lapse microscopy
• Confocal microscopy
• Applications requiring enhanced optical control
• Research microscopy requiring superior fluorite optics

📊 Key Specifications

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