
( Brand: Explore Scientific ), ( Manufacturer Part Number: 310215 ), ( Part Type: Filter )
The 310215 Scientific Ultra High Contrast UHC Nebula Filter, with a diameter of 1.25 inches, is a must-have accessory for any serious astronomer or astrophotographer. This filter is specifically designed to enhance the visibility of nebulae and other deep-sky objects, making them appear more vibrant and detailed in your telescope or camera.
The UHC (Ultra High Contrast) coating on this filter is what sets it apart from other filters. It blocks out light pollution and narrowband interference, allowing only the light emitted by hydrogen-alpha and oxygen-III to pass through. This results in a dramatic increase in contrast, making nebulae stand out against the dark background of space.
The filter is made from high-quality optical glass, which is flat to within 0.02 waves per millimeter. This ensures that your images will be free of distortion and aberrations, resulting in sharp, clear views of celestial objects.
The filter is also multi-coated, which further increases its light transmission and reduces reflection. This means that you can use the filter with a wider range of telescopes and cameras, and still get excellent results.
The 310215 Scientific Ultra High Contrast UHC Nebula Filter is easy to use. Simply screw it onto the end of your telescope's eyepiece or camera lens, and you're ready to start exploring the universe.
In summary, the 310215 Scientific Ultra High Contrast UHC Nebula Filter is an essential tool for anyone interested in deep-sky astrophotography or astronomy. Its UHC coating increases contrast and blocks out interference, its high-quality optical glass ensures sharp images, and its multi-coating increases light transmission and reduces reflection. With this filter, you'll be able to see nebulae and other deep-sky objects like never before.
Pros of buying a 310215 Scientific Ultra High Contrast UHC Nebula Filter 1.25:1. Enhances nebula and deep-sky object visibility: The filter blocks light pollution and allows only specific wavelengths of light to pass through, increasing the contrast and brightness of nebulae and other deep-sky objects.
2. Wide field of view: The filter is available in a 1.25-inch diameter, which is commonly used in telescopes. This allows for a wide field of view, making it easier to observe and capture larger areas of the sky.
3. Made with high-quality materials: The filter is made of optically coated glass and is designed to minimize reflection and scatter, ensuring high-quality images.
4. Reduces glare and halos: The UHC filter reduces glare and halos around bright objects, which can improve image clarity and reduce eye strain during long observing sessions.
Cons of buying a 310215 Scientific Ultra High Contrast UHC Nebula Filter 1.25:1. Limited use: The filter is primarily designed for nebula and deep-sky observation, which may limit its usefulness for other types of astronomical observations.
2. Expensive: The filter is priced higher than other types of filters due to its high-quality materials and specialized design.
3. Requires careful handling: The filter is made of glass, which can be fragile. Care should be taken when handling the filter to avoid damage.
Conclusion: The 310215 Scientific Ultra High Contrast UHC Nebula Filter 1.25 is a high-quality filter that can significantly enhance nebula and deep-sky object visibility. Its wide field of view, high-quality materials, and ability to reduce glare and halos make it a valuable tool for astrophotographers and serious amateur astronomers. However, its limited use and high price may make it a less practical option for casual stargazers or those on a tight budget.
Recommendation: If you are an astrophotographer or serious amateur astronomer who is looking to improve your nebula and deep-sky observations, the 310215 Scientific Ultra High Contrast UHC Nebula Filter 1.25 is a worthwhile investment. However, if you are a casual stargazer or have a limited budget, you may want to consider other filter options that offer more versatility and affordability.
This can sometimes take 3-4 weeks to several countries.
Those emission lines are linked to chemical elements - in this case hydrogen at 486nm and 656nm, plus oxygen 496nm 501nm.
Peak transmission 96. The result is astonishing: suddenly nebulae are visible at locations that were completely empty without filters.
Back to top 5.
The Explore Scientific uhc nebula filter blocks all other colors and thereby nearly of artificial light only emission line hydrogen oxygen can pass. The night sky is not really dark in vicinity of towns or cities, which reduces visibility objects beyond solar systems enormously.
25 uhc nebula filter. One of the most important obstacles for exploration night sky is brightening by artificial lights such as streetlights.
Back to top Range from 458nm to 508nm with peak at 488nm.
By using this filter you can see the nebulae and their structures without problems. In suburban skies for example, the owl nebula m97, veil Mgc 6992 or even bright dumbbell m27 are not clearly visible.
Depending on the type of celestial object it is possible to increase contrast dramatically by blocking annoying artificial light. Back to top 4.
Will combine the shipping weights and show you discounted cost.
This can frequently take 4-6 weeks or more for several countries 8 Italy, Argentina, and south Africa Brazil.
This can often change from batch to according the whims of manufacturer.
A must for every visual observer.
These are not included in the item price or shipping cost.