Nikon CFI Super Fluor PH3 DLL 100X Objective

Nikon CFI Super Fluor PH3 DLL 100X Microscope Objective

🔬 High-performance super fluorite objective for fluorescence and phase contrast
🎯 100X magnification with 1.3 numerical aperture for high resolution
🌈 Superior fluorite optics with high transmission from UV to IR
📏 0.20mm working distance suitable for standard specimen preparations
🔧 M25 thread compatible with Nikon CFI infinity-corrected microscope systems
🔬 PH3 DLL phase contrast for enhanced contrast imaging
✨ New condition

🔧 Product Description

The Nikon CFI Super Fluor PH3 DLL 100X is a premium high-magnification objective engineered for high-contrast fluorescence and phase contrast observation. As part of Nikon's Super Fluor series, this objective features enhanced fluorite glass formulations that provide superior chromatic correction and exceptionally high transmission from ultraviolet through visible to infrared wavelengths. 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 numerical aperture of 1.3, this objective provides excellent resolution for detailed cellular imaging. The PH3 DLL (Phase 3 Dark Low Low) designation indicates specialized phase contrast capability, enabling enhanced visualization of unstained, transparent specimens with excellent contrast. The high transmission across UV to IR makes this objective ideal for multi-wavelength fluorescence imaging and advanced microscopy techniques. The 0.20mm working distance accommodates standard microscope slides and coverslips. The plan optical design ensures exceptional flatness across the field. 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 high-contrast fluorescence microscopy, phase contrast observation, and biological research. This objective is in new condition.

🔎 Typical Applications

• High-contrast fluorescence microscopy
• Phase contrast observation of unstained specimens
• Multi-wavelength fluorescence imaging (UV to IR)
• Live cell imaging and tissue culture observation
• Cellular and subcellular imaging
• Immunofluorescence studies
• Brightfield and phase contrast microscopy
• Research applications requiring enhanced transmission

📊 Key Specifications

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