
( Brand: Olympus ), ( Manufacturer Part Number: 1-UC351 ), ( Model: LCPLFL60XPH ), ( Country/region Of Manufacture: Japan )
The Olympus LCPlanFL 60X Phase Objective Ix CKX Inverted 1-UC351 is a premium-quality microscopy objective designed for meticulous research and high-resolution imaging applications. This objective is an essential component in Olympus' CKX series of inverted microscopes, offering exceptional performance and versatility.
The LCPlanFL 60X Phase Objective delivers a magnification of 60x, providing detailed, high-resolution images of your samples. Its phase contrast capability enhances the visibility of samples with low contrast, making it ideal for observing living cells, unstained samples, and samples with refractive index differences.
Crafted with the highest standards of optical quality, this objective features Olympus' renowned LUCPLANFL lens design that offers excellent resolution and contrast across the entire field of view. The objective lens elements are made of high-grade optical glass, ensuring minimal chromatic aberration and distortion.
The LCPlanFL 60X Phase Objective Ix CKX Inverted 1-UC351 is designed to be used with the Olympus CKX inverted microscopes. It features a 1.3 mm tube length and a 0.17 numerical aperture, ensuring compatibility with a wide range of microscope systems. The objective also comes with a threaded bottom for easy attachment to the microscope's nosepiece.
The objective's robust construction ensures durability and longevity, making it a reliable investment for your microscopy needs. With its exceptional optical performance and versatility, the Olympus LCPlanFL 60X Phase Objective Ix CKX Inverted 1-UC351 is an indispensable tool for researchers, biologists, and microscopists seeking high-quality, detailed imaging results. Upgrade your microscopy setup with the Olympus LCPlanFL 60X Phase Objective Ix CKX Inverted 1-UC351 and experience the difference of superior optical quality.
1. High Magnification: The Olympus LCPlanFL 60x phase objective offers a high magnification factor, making it suitable for detailed observations and studies.
2. Quality Optics: Olympus is a reputable brand known for producing high-quality optics. This objective lens is designed to deliver clear and sharp images.
3. Wide Field of View: Despite its high magnification, the lens provides a relatively wide field of view, allowing for easier location and tracking of subjects.
4. Compatibility: This objective lens is designed for inverted microscopes, making it a good choice for those who use such microscopes.
Cons:1. High Price: The LCPLFL60xPH is a premium product, and its price reflects its high-end features. This may make it inaccessible for some users with a limited budget.
2. Requires Specific Microscope: This objective lens is designed for use with specific Olympus inverted microscopes, so it may not be compatible with all microscopes.
3. Special Requirements: Using a phase objective requires certain techniques and specific sample preparation, which may be challenging for some users.
Conclusion: The Olympus LCPlanFL 60x Phase Objective IX CKX for Inverted Microscopes is a high-quality lens that offers a high magnification factor and a relatively wide field of view. However, its high price and compatibility limitations are important considerations. If you have the budget and use a compatible microscope, this objective lens could be a valuable addition to your microscopy setup, providing detailed observations and enhanced research capabilities.
Recommendation: If you're in the market for a high-magnification objective lens for your inverted microscope and have the budget to accommodate it, the Olympus LCPlanFL 60x Phase Objective IX CKX could be a worthwhile investment. However, if you're on a tight budget or require a lens compatible with a different microscope, you may want to consider other options. Always ensure that the lens is compatible with your specific microscope model before making a purchase.
Olympus lcplanfl 60x phase contrast long working distance objective for the ix, ix2, ix3 ckx series inverted microscopes.