
( Brand: Nikon ), ( Manufacturer Part Number: MRH10200 ), ( Part Type: Infinity ), ( Country/region Of Manufacture: Japan )
Embark on a captivating exploration of the microscopic world with the Nikon MRH10200 20x Plan Fluor PH1 DLL 0.17 Microscope Objective. This high-quality objective lens is designed for professionals and enthusiasts who demand exceptional optical performance and precision.
The MRH10200 objective lens is part of Nikon's Plan Fluor series, renowned for their outstanding chromatic aberration correction and exceptional imaging capabilities. The 20x magnification provides a balanced field of view, striking a perfect balance between resolution and depth of field.
The objective lens features a DLL (Dual Lateral Lens) design, which significantly reduces spherical aberration and distortion, ensuring that your images are sharp, clear, and free from optical defects. Furthermore, the lens is equipped with a 0.17 numerical aperture (NA), expanding the limits of resolution and light-gathering ability, making it ideal for low-light conditions.
One of the standout features of this objective lens is its infinity correction. This means that it can be used with both finite and infinite-corrected microscope systems, offering unparalleled versatility and compatibility. Whether you're working with a traditional compound microscope or an advanced inverted microscope, the MRH10200 is ready to deliver stunning results.
Constructed with Nikon's robust and durable materials, the MRH10200 objective lens is designed to withstand the rigors of everyday use. Its blackened lens barrel reduces stray light, ensuring optimal image contrast.
In summary, the Nikon MRH10200 20x Plan Fluor PH1 DLL 0.17 Microscope Objective with Infinity Correction is a versatile, high-performance objective lens that delivers exceptional optical performance, versatility, and durability. Whether you're a research scientist, an educator, or a hobbyist, this objective lens is an indispensable tool for discovering and appreciating the wonders of the microscopic world.
The Nikon MRH10200 20x Plan Fluor PH1 DLL 0.17 microscope objective with infinity correction offers several advantages and potential drawbacks for microscopy applications, as discussed below:
Pros:1. High magnification (20x) provides detailed images of small samples.
2. Plan Fluor lens design offers excellent optical correction for chromatic aberration, providing high-quality images with accurate color reproduction.
3. DLL (Dual Lambda Laser) correction ensures compatibility with both argon and helium-neon lasers, making it suitable for various fluorescence microscopy applications.
4. 0.17 numerical aperture (NA) allows for a good balance between resolution and depth of field.
5. Infinity correction eliminates the need for a tube length adapter, making it compatible with a wider range of microscopes.
Cons:1. Higher price point compared to other objectives, making it a more expensive investment.
2. Its 20x magnification might not be suitable for all applications, as it may require additional objectives for different magnifications.
3. While the objective offers good chromatic aberration correction, it may still be present in some applications, particularly with specific wavelengths.
4. The 0.17 NA may result in slightly lower resolution compared to objectives with higher NAs, but this is typically offset by its balance between resolution and depth of field.
In conclusion, the Nikon MRH10200 20x Plan Fluor PH1 DLL 0.17 microscope objective with infinity correction is an excellent choice for researchers and professionals who require a high-quality objective for fluorescence microscopy applications, particularly those that involve argon and helium-neon lasers. Its ability to provide detailed images with accurate color reproduction, compatibility with infinity-corrected microscopes, and versatility in terms of usable wavelengths make it a valuable asset for many applications.
However, its higher price point and potential limitations in terms of resolution and required additional objectives for other magnifications should be considered before making a purchasing decision. Ultimately, the decision to purchase this objective would depend on the specific needs and budget of the user.
1 impart: MRH10200 msrp: microscope objective. Objective is in new optical and aesthetic condition.