
( Brand: Olympus ), ( Part Type: Uv )
Experience unparalleled clarity and resolution with the Olympus UV 1.3NA 100x DPlan APO 160 Oil Immersion Objective Lens, a premier optic solution for your microscopy needs. This high-performance objective lens is designed to deliver outstanding image quality, making it an indispensable tool for researchers, biologists, and microscopists working in a wide range of scientific fields.
The lens features a numerical aperture (NA) of 1.3, ensuring exceptional light gathering capabilities, resulting in brighter and more detailed images. With a magnification power of 100x, this objective lens offers an incredibly high level of detail, making it ideal for studies at the cellular and subcellular level.
The DPlan APO design incorporates apochromatic elements to correct chromatic aberration across the entire ultraviolet, visible, and near-infrared spectrum, ensuring superior image quality and color fidelity. The lens's 160mm working distance provides ample space for specimen manipulation, while the 0.17 numerical iris ensures precise control over the depth of field.
Crafted with the utmost precision, the Olympus UV 1.3NA 100x DPlan APO 160 Oil Immersion Objective Lens is constructed from high-quality optical glass, promising superior durability and longevity. Its oil immersion design allows for the elimination of refracted light due to air-lens interfaces, resulting in sharper and more contrast-rich images.
Compatible with a variety of microscopes, this objective lens is an essential addition to any laboratory, offering unmatched performance and versatility. Invest in the Olympus UV 1.3NA 100x DPlan APO 160 Oil Immersion Objective Lens and elevate your microscopy capabilities to new heights.
1. High Magnification: With a magnification of 100x, this objective lens can provide detailed images, making it suitable for high-resolution imaging in various microscopy applications.
2. High Numerical Aperture (NA): A high NA of 1.3 allows for greater light gathering capability, resulting in brighter and clearer images, particularly in thicker samples.
3. DPlan APO Design: This design helps to minimize chromatic aberration, ensuring that the images are free from color fringing and distortion, which is crucial for accurate analysis.
4. Quality Assurance: Olympus is a reputable brand known for its high-quality optics, ensuring durability and reliability.
Cons:1. High Cost: Given its high-end features, this objective lens is significantly more expensive than lower magnification or lower NA objectives.
2. Limited Working Distance: A high magnification objective lens typically has a shorter working distance, which may limit the ability to work with larger or more delicate samples.
3. Potential Overkill for Some Applications: If your research primarily requires lower magnification or different wavelengths, this high-magnification, UV-optimized objective may not be the most cost-effective choice.
Conclusion:The Olympus UV 1.3NA 100x Objective (DPlan APO 160 0.17) is an excellent choice for researchers who require high-resolution, high-magnification imaging in UV applications, where chromatic aberration is a concern. However, its high cost and limited working distance may make it less suitable for those with budget constraints or who work with larger samples.
Recommendation:If you are in a position where the cost and specifications of this objective lens align with your research needs, it could be a valuable addition to your microscopy setup. However, it's always wise to consider other objectives that may offer similar performance at a lower cost, depending on the specific requirements of your research.
This objective fits Olympus bah series microscopes or any other microscope or optical system with RMS thread and 160mm tube length . The objective has an internal iris diaphragm, which moves smoothly. 17mm cover glass thickness.
The objective is used, but in very good condition. The body is clean and the glass appears clean and free from defects.
Olympus dplanapo 100 uv achromatic corrected oil immersion microscope objective with Finite objective for 160mm tube length and optimised for. The uv designation signifies the suitability of the objective for excitation of blue fluorescent dyes.