
( Brand: Edmund Optics Inc ), ( Part Type: Mirror Len ), ( Manufacturer Part Number: 31417 )
The Edmund Optics 31417 31-417 17 23mm 4-6 Mirror Mirrors Lens is a high-quality, versatile optic component designed for various applications in research, industrial, and scientific fields. This lens consists of a set of four-to-six reflective mirrors, each with a diameter of 23mm and a focal length of 17mm.
These mirrors are made from high-reflectivity, aluminum-coated BK7 glass. The aluminum coating ensures maximum reflectivity across the visible and near-infrared spectrum, making it an excellent choice for applications requiring high levels of light collection and intensity.
The 4-6 mirror configuration offers superior flexibility and adaptability to various beam paths and angles. This design provides multiple reflections within the lens, effectively increasing the effective focal length and magnifying the image. The result is a highly efficient and compact lens system that can handle a wide range of input beam sizes and shapes.
The Edmund Optics 31417 31-417 17 23mm 4-6 Mirror Mirrors Lens is built to meet the demanding requirements of precision optics applications. It features a rugged, anodized aluminum housing for durability and resistance to environmental conditions. The lens is also compatible with a wide range of mounting options, including C-Mount, F-Mount, and custom mounts, making it a versatile addition to any optics system.
Additionally, this lens is backed by Edmund Optics' industry-leading customer support and technical expertise. Their team of optics engineers is always available to provide guidance on system design, application-specific questions, and custom modifications. With the Edmund Optics 31417 31-417 17 23mm 4-6 Mirror Mirrors Lens, you can trust that you are getting a high-quality, reliable, and customizable optic component for your application.
The Edmund Optics 31417 31-417 17 23mm 4-6x Mirror Mirrors Lens is a type of telescope objective lens that utilizes a set of mirror mirrors instead of traditional glass elements. Mirror mirrors offer several advantages and disadvantages when compared to traditional glass lenses.
Advantages:1. Mirror mirrors provide a larger aperture, allowing more light to enter the telescope, resulting in a brighter and more detailed image.
2. They are less susceptible to chromatic aberrations, which are color distortions caused by different wavelengths of light being focused at different points.
3. Mirror mirrors are more durable than glass elements and are less likely to be damaged during transportation or use.
4. They have a longer operational life and do not require any lens coating or maintenance.
Disadvantages:1. Mirror mirrors are more complex and expensive to manufacture than traditional glass lenses.
2. They can introduce some distortion in the form of on-axis coma, which is a distortion that occurs at the center of the image.
3. The mirror mirrors require a precise alignment, which can be challenging to achieve and maintain.
Conclusion:The Edmund Optics 31417 31-417 17 23mm 4-6x Mirror Mirrors Lens offers several advantages, including increased light gathering capability, reduced chromatic aberrations, durability, and longer operational life. However, it also comes with some disadvantages, such as the complexity and expense of manufacturing, the presence of on-axis coma, and the challenge of achieving and maintaining precise alignment.
Recommendation:If you are looking for a high-performance, durable, and low-maintenance telescope objective lens, then the Edmund Optics 31417 31-417 17 23mm 4-6x Mirror Mirrors Lens may be an excellent choice for you. However, you should be prepared for the increased cost and the potential challenges of alignment. If you are on a budget or are not comfortable with the complexity of mirror mirrors, then a traditional glass lens may be a more suitable option for you. Ultimately, the decision depends on your specific needs, preferences, and budget.
See other lab items and Save $$. Qty 5 Edmund Optics 31-417 17 x 23mm, 4-6 Mirror New See Other Mirrors for a recently decommissioned semiconductor lab.