
( Brand: Nikon ), ( Manufacturer Part Number: MRL00402 ), ( Part Type: Infinity ), ( Country/region Of Manufacture: Japan )
The MRl00402 CFI Objective Microscope, infinity-corrected and equipped with a Nikon Plan 40x Apochromat objective lens, is a high-performance optical tool designed for detailed and accurate microscopic analysis.
The infinity-corrected design ensures a sharp and distortion-free image, enhancing the overall clarity and precision of the observations. The Nikon Plan 40x Apochromat objective lens is renowned for its exceptional optical performance, offering an outstanding correction of chromatic aberration, ensuring optimal resolution and color fidelity.
This objective lens features a numerical aperture (NA) of 0.65, which allows it to capture a large amount of light for bright and vivid images. The Plan design further improves the contrast and resolution, making it an ideal choice for various applications, including cell biology, histology, and materials science.
The MRl00402 CFI Objective Microscope is compatible with many Nikon microscopes, making it a versatile addition to any microscopy setup. Its robust construction, combined with precise mechanical components, ensures reliable and repeatable results, making it a valuable tool for both research and educational institutions.
In summary, the MRl00402 CFI Objective Microscope, with its infinity-corrected design and high-quality Nikon Plan 40x Apochromat objective lens, offers exceptional image quality, outstanding chromatic aberration correction, and a large amount of light capture for bright and vivid images. This microscope objective is a valuable addition to any microscopy setup, offering precise and reliable results for a wide range of applications.
The Nikon Plan MLR00402 CFI Objective Microscope with Infinity Apochromat 40x lens is a popular choice among microscopists due to its high-quality optics and versatile features. Here are some pros and cons to help you make an informed decision:
Pros:1. Infinity-corrected Achromat 40x objective lens: This lens offers excellent resolution and contrast, making it suitable for a wide range of applications, from educational use to research.
2. Nikon Plan optics: Known for their high-quality and excellent optical performance, Nikon Plan lenses are a reliable choice for many microscopists.
3. Wide field of view: This objective lens provides a generous field of view, allowing you to observe larger samples with ease.
4. Compatible with various microscope brands: The Nikon Plan MLR00402 can be used with various microscope brands, making it a versatile choice.
Cons:1. Higher price point: Compared to some other objective lenses on the market, the Nikon Plan MLR00402 is on the pricier side, which might be a disadvantage for those on a budget.
2. Requires additional components for a complete microscope setup: This objective lens is designed to be used with a microscope body, condenser, and other components, which need to be purchased separately.
3. Not ideal for high-magnification work: Although the 40x objective lens provides a good balance between resolution and field of view, it may not be suitable for extremely high-magnification work in which higher magnification objectives (such as 100x or 400x) would be required.
Ending conclusion:The Nikon Plan MLR00402 CFI Objective Microscope with Infinity Apochromat 40x lens is a high-quality, versatile objective lens that offers excellent optical performance. While it may have a higher price point compared to some other options, its dependable optics, wide field of view, and compatibility with various microscope brands make it a valuable investment for many microscopists. If you're looking for a reliable objective lens for general microscopy applications, the Nikon Plan MLR00402 is a solid choice. However, if you require higher magnifications or a lower price point, you may want to consider other options available in the market.
Part MRL00402 list price. Objective is in new optical and aesthetic condition.
Demo Nikon 40xa cfi plan achro.
Used once for a brief demonstration.