
( Brand: Baader Planetarium ), ( Manufacturer Part Number: FOIIISG-2 ), ( Part Type: Filter ), ( Filter Size: 50.8mm ), ( Filter Type: Oxygen Iii ), ( Country/region Of Manufacture: Germany )
The Baader Planetarium FOIIIS-2 O-III 9nm Super-G CMOS Filter is a high-performance astronomical filter specifically designed for enhancing the visibility of emission nebulae, particularly those emitting oxygen-III (OIII) light. This filter is part of Baader Planetarium's renowned line of Super-G filters, which are known for their exceptional flatness, consistency, and high transmission.
The 9nm bandpass of this filter is engineered to isolate the OIII emission lines at 495.9nm and 500.7nm, providing a sharp, contrast-rich view of objects such as the Orion Nebula, the Heart Nebula, and the Swan Nebula. The Super-G coating on the filter ensures that it maintains excellent flatness and low reflection across its entire surface, minimizing ghosting and other artifacts that can degrade image quality.
The FOIIIS-2 O-III 9nm Super-G CMOS Filter is designed to work with a wide range of imaging systems, including DSLRs, mirrorless cameras, and dedicated astronomical cameras. It is constructed from high-quality optical glass and features an anti-reflection coating on both sides to maximize light transmission and minimize stray light. The filter is also threaded for easy attachment to your telescope or camera lens.
In summary, the Baader Planetarium FOIIIS-2 O-III 9nm Super-G CMOS Filter is an essential tool for astrophotographers and visual observers who want to bring out the finest details in emission nebulae. Its exceptional performance, versatility, and durability make it an investment that will pay off for years to come.
Pros of buying a Baader Planetarium L-eNhance F/O-III 9nm Super-G CMOS Filter:1. High Quality: The Baader Planetarium filter is known for its high-quality materials and construction, ensuring durability and long-lasting performance.
2. High Transmission: The 9nm bandpass allows for a high transmission of OIII emission, which can greatly enhance the visibility of nebulae and other celestial objects in deep-space imaging.
3. Super-G Coating: The Super-G coating reduces reflection and increases the transmission of light, improving the overall image quality.
4. Compatibility: This filter is compatible with a wide range of telescopes and camera systems, making it a versatile option for many astrophotographers.
5. Manufacturer Reputation: Baader Planetarium has a strong reputation in the astronomy community for producing high-quality filters and accessories.
Cons of buying a Baader Planetarium L-eNhance F/O-III 9nm Super-G CMOS Filter:1. Price: The filter is quite expensive, which may be a significant investment for some astrophotographers.
2. Specific Use: The filter is designed specifically for OIII emission, so it may not be as effective for other types of celestial objects or imaging techniques.
3. Requires Additional Equipment: To use this filter, you may need additional equipment such as a filter wheel or a dedicated OIII camera, which can add to the overall cost.
Conclusion:The Baader Planetarium L-eNhance F/O-III 9nm Super-G CMOS Filter is a high-quality, high-performance option for astrophotographers looking to enhance their images of deep-space nebulae. Its high transmission, Super-G coating, and compatibility with a wide range of equipment make it a versatile option. However, its high price and specific use may make it a less attractive option for those on a tighter budget or with different imaging needs.
Recommendation:If you are serious about astrophotography and are looking to improve your images of deep-space nebulae, the Baader Planetarium L-eNhance F/O-III 9nm Super-G CMOS Filter could be a worthwhile investment. However, be sure to consider your budget and imaging needs before making a purchase. If the filter is too expensive or not necessary for your specific imaging goals, there may be other, more affordable options available that would better suit your needs.
It also performs exceptionally well in areas with high light pollution. Printers are not returnable once the Toner Cartridges have been installed or released. Part: FOIIISG-2, Baader Planetarium O-III 2 9nm Super-G CMOS Filter - Year Limited Warranty. Items must be in the original, undamaged manufacturers packaging with all materials, including instruction booklet's, packing inserts, and blank warranty cards.
This means that almost all the light from nebula is captured, resulting in stunning, high-quality images. This narrower FWHM, coupled with CMOS-optimized coating technology, enhances sky darkness and effectively blocks stray light, providing you clearer, more detailed images. Sharper images. Memory cards and any other Blister Pack items are not returnable once opened.
These include increased contrast, Reflex-Blocker coatings for freedom from halos, identical filter thickness Paraclete, and blackened edges with a filter-lead-side-indicator to eliminate reflections. It emphasizes emission nebulae while making stars appear fainter, providing a unique viewing experience. The Super-G filter is equipped with the Reflex-Blocker coating to prevent reflections, Plano-optical polishing for superior image quality, and age-resistant Life-Coat durability. No guarantees for other times.
WHO WE ARE: Diorama is one of the nations largest Photographic retail and mail order suppliers. Nevertheless, the transmission window is large enough not to be considered a pure narrow band filter, CMOS-optimized coating technology with much steeper slopes of filter pass band - for increased contrast, longer life and avoid reflections. These charges must be borne by the recipient. Find the perfect solution for observing and photographing gas nebulae with O-III 2 9nm Super-G CMOS Filter.
The Super-G CMOS Filter boasts a Full width at Half Maximum FWHM of just 9 nm, significant improvement over its 10 nm predecessor. Diorama has no control over these charges and cannot predict what they might be. It offers steeper transmission slopes and a broad plateau in the range, ensuring that 97% of emission line at 500.7 nm passes through filter. This advanced filter is specifically designed to capture the fluorescence of doubly ionised oxygen, making it ideal for viewing planetary nebulae and supernova remnants.
Each filter is individually coated with a sealed edge, ensuring non-aging coating for life, even in the most adverse environments. One of the standout features this filter is its superior blocking outside O III wave length .