Objective Lenses from Nikon
Nikon CFI Plan Achromat Objectives
- Exceptional Flat-Field Imaging
- High Numerical Apertures and Oil Immersion Options Available
- Wide Magnification Range (1X to 100X)
Nikon CFI Plan Apochromat Lambda Objectives
- Optimized Image Softness for Natural Contrast
- Chromatic Aberration Correction
- Ideal for Bioscience Research
Nikon CFI Plan Apochromat Lambda D Objectives
- Ultra-Flat, High-Resolution Across a 25mm Field Number (FN)
- Advanced Chromatic Aberration Correction (UV–NIR)
- Versatile Compatibility with Multiple Microscopy Techniques
Nikon CFI S Plan Fluor LWD Objectives
- Long Working Distance (LWD)
- Optimized for Fluorescence Microscopy
- Ideal for Stem Cell and Drug Design Applications
Nikon CFI S Plan Fluor ELWD Objectives
- Extra-Long Working Distance (ELWD)
- Broad Spectral Transmittance
- Versatility in Observation Modes
Nikon CFI60 Water Dipping Objectives
- Water Dipping Design for Live Imaging
- Optimized for Infrared (IR) and Multiphoton Microscopy
- High NA for Superior Resolution
Nikon CFI75 Water Dipping Objectives
- Long Working Distance
- Reduced Photodamage
- Mechanically Stable Design
Nikon CFI60 Infinity Corrected Brightfield Objectives
- Excellent Color Reproduction
- Long Working Distance and High NA
- High Contrast with Minimal Flare
- Strain Free
Nikon CFI60 LE Plan EPI Brightfield Infinity Corrected Objectives
- High NA
- Long Working Distance
- Parfocal Distance of 60mm For Clear Images
Nikon CFI60-2 TU Plan EPI Fluor Brightfield/Darkfield Infinity Corrected Objectives
- Nikon Unique Fresnel Lens
- Long Working Distance
- Highly Corrected Chromatic Aberration
Nikon Achromatic Finite Conjugate Objectives
- Achromatic Design
- Standard RMS Thread
- Compatible with all DIN Standard Accessories
- Spring Loaded Heads on 40X and 60X
Nikon CFI Plan Fluor Objectives
- Provide High Contrast Fluorescence Observation
- Ideal for Multiple Microscopy Techniques
- High Transmission from UV to the IR
Nikon CFI Super Fluor Objectives
- Superior UV Transmission
- High Numerical Aperture Designs
- Feature Low Auto-Fluorescence Materials
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