
( Brand: Nikon ), ( Manufacturer Part Number: 231940 ), ( Country/region Of Manufacture: Japan )
The Nikon Plan 2x 0.05 160mm Microscope Objective is a high-performance optical component designed for demanding microscopy applications. This objective lens is part of Nikon's Plan series, renowned for their exceptional optical quality and versatility.
The 2x magnification factor offers a balanced field of view, making it suitable for a wide range of sample types and investigations. The 0.05 numerical aperture (NA) ensures sufficient light gathering capability for bright and clear images, particularly in applications where sample thickness is a concern.
The objective lens is constructed with 160mm effective focal length, providing a suitable working distance for delicate samples or for those requiring a larger space between the lens and the specimen.
The Nikon Plan 2x 0.05 160mm Microscope Objective is designed with Nikon's Plan Fluorite lens element, which minimizes chromatic aberrations and delivers superior image resolution and contrast. The lens also features Nikon's Super Integrated Coating (SIC), which reduces ghosting and flare, and increases the overall contrast and brightness of the image.
In addition, the lens is constructed with a durable, lightweight aluminum alloy housing, ensuring stability and longevity in the demanding microscopy environment. The lens mount is compatible with standard microscope systems, making it easy to integrate into existing setups.
In summary, the Nikon Plan 2x 0.05 160mm Microscope Objective is a high-quality, versatile, and durable lens that delivers bright, clear, and high-resolution images. It is an excellent choice for researchers, educators, and professionals seeking to enhance their microscopy capabilities.
1. High-Quality Optics: The Nikon Plan 2x 0.05 160 objective lens is renowned for its high-quality optics, ensuring excellent image resolution and contrast. This is ideal for detailed observations and research.
2. Low Aberration: The lens has been designed to minimize spherical aberration, chromatic aberration, and coma, ensuring accurate and clear images.
3. Wide Field of View: With a 2x magnification factor, this objective provides a wider field of view compared to higher magnification objectives, making it easier to locate and observe subjects.
4. High Numerical Aperture (NA): The high NA of 0.05 allows for better light gathering, which is crucial for low-light conditions or when using fluorescence.
Cons:1. Price: The Nikon Plan 2x 0.05 160 microscope objective is quite expensive, which may not be feasible for hobbyists or those on a tight budget.
2. Limited Magnification: With a magnification of only 2x, this objective may not provide enough magnification for some detailed research or observational tasks.
3. Compatibility: Ensure this objective is compatible with your microscope before purchasing, as not all microscopes can accommodate this particular objective.
Conclusion:The Nikon Plan 2x 0.05 160 microscope objective is an excellent choice for researchers and professionals who require high-quality optics, low aberration, and a wide field of view. However, its high price and limited magnification may make it less suitable for hobbyists or those with a lower budget. If you need higher magnification, consider looking into objectives with higher magnification factors. For those who prioritize image quality and a wide field of view, this objective is a strong contender.
Recommendation:If you are a researcher, professional, or have a well-funded hobbyist setup, and require a high-quality microscope objective with a wide field of view, the Nikon Plan 2x 0.05 160 microscope objective is a recommended choice. If you need higher magnification, consider other objectives with a higher magnification factor that fit your budget and microscope compatibility. Always ensure to research and understand the specific requirements of your microscope before making a purchase.
Macro photography as well traditional microscope use. Nikon plan 2x na 160mm - finite microscope objective RMS thread size clear optics.