
( Brand: Thorlabs ), ( Manufacturer Part Number: LMO-60X-VIS-Z ), ( Part Type: Laser )
The LMO-60x-VIS Thorlabs Laser Microscope Objective Lens is a high-performance optical component designed for precise and detailed visual inspection under laser-based microscopy applications. This 60x magnification objective lens offers an impressive numerical aperture (NA) of 0.85, enabling it to capture and project a significantly larger amount of light compared to lower NA alternatives.
Crafted by the renowned optical technology manufacturer Thorlabs, this LMO-60x-VIS objective lens delivers exceptional resolution and contrast, making it ideal for intricate research, industrial inspection, and forensic examination. Its long working distance of approximately 3.0 mm allows ample space for sample manipulation and reduces the risk of incidental damage to delicate samples.
The LMO-60x-VIS objective lens is optimized for visible light and is compatible with various laser wavelengths in the range of 400-700nm. Its anti-reflection coating minimizes unwanted reflections, ensuring maximum light transmission and maintaining the integrity of the image.
This objective lens features a threaded mount that securely attaches it to the tube lens of your microscope, ensuring stability and vibration-free images. It is constructed with high-quality optical glass for superior optical performance, reliability, and longevity.
In summary, the LMO-60x-VIS Thorlabs Laser Microscope Objective Lens is an excellent choice for users seeking a powerful, high-resolution, and versatile lens for their laser microscopy needs. Its impressive magnification, large numerical aperture, and compatibility with a wide range of visible light wavelengths make it a valuable asset in various research, industrial, and forensic settings.
The LMO-60x-VIS-Z Thorlabs objective lens is a high-quality 60x, 0.85 NA laser microscope objective. Here are some pros and cons to help you make an informed decision about purchasing this objective lens:
Pros:1. High magnification (60x) for detailed observation and analysis of small samples.
2. Numerical aperture (NA) of 0.85 provides excellent resolution and contrast for fluorescence and other imaging techniques.
3. Designed for use with laser microscopes, which offer superior image quality and sensitivity compared to traditional microscopes.
4. Thorlabs is a reputable manufacturer known for producing high-quality optical components.
5. The objective lens is compatible with a wide range of microscope systems, allowing for flexibility in your setup.
Cons:1. High magnification may result in a smaller field of view, requiring more time to analyze larger samples.
2. The lens is relatively expensive compared to other objective lenses, which may be a concern for budget-conscious users.
3. Some users may find the 60x magnification too high for their specific applications, and a lower magnification objective lens may be more appropriate.
4. The lens requires careful handling to maintain its quality and performance.
In conclusion, the LMO-60x-VIS-Z Thorlabs objective lens is a high-quality choice for users seeking a 60x, 0.85 NA laser microscope objective. Its excellent resolution and contrast make it suitable for a wide range of imaging applications. However, its high cost and potentially limited field of view may be a concern for some users. If you have a specific application that requires high magnification and excellent resolution, this lens may be a worthwhile investment. Otherwise, consider other objective lenses with lower magnification and a more budget-friendly price point.
Lmo-60x-vis-z for use with 160mm tube length microscopes or ofr lmo-51 mounting plate optics research like new. These are for use with low-power, visible to near-Ir sources. Despite manufacturers below these have threading on inner side of barrel, no way to attach typical microscope nose piece. Adapter required these are high quality microscope objective lens assemblies, ideally suited for focusing laser beams to spot sizes not otherwise achievable with standard optics, as well their original use in magnification systems.