SVbony 2inch UV IR Cut Filters for Astrophotography Astronomy Accessories
5 | ReviewsKey Features
- Blocks UV and IR for High-Quality Images
- Permanent Lens Protector
- Superior Optical Quality
- Compatible with 2" Eyepieces and Accessories
- Convenient and Safe Storage
Customer Reviews
Petr Vichr
Jan 14, 2026
Must have item for OSC camera. This one is good and affordable.
Piergiorgio Licciardello
Jul 10, 2025
I tested the filter with a Guide scope SV106 F/4, both visually and with a color planetary camera, observing the Moon. The reduction of the chromatic halo at the border was clearly evident. Without the filter, the image had a very thick green halo while with the filter the halo almost disappeared, leaving a very thin purple halo, visible "forcing" the saturation. Sharpness and contrast improvements were also evident, being easier to focus.
david albert
Jun 17, 2024
For the price, I keep them permanently mounted on my Tele Vue Power Mates and Field Reducer / Flattener. Svbony makes very good and inexpensive components.
Ionut Nedelcu
May 25, 2024
I own two of these filters. I use one for my guide scope (SV165) and one for imaging (SW 127 Mak). Very happy with my purchase.
nikunj
May 22, 2024
If you have a dedicated astrophotography camera then this filter is must. I would recommend this over any other light pollution broadband filters. If you live in light polluted skies then do not buy the expensive light pollution filters just use this with short exposures and you will see great results.
| Type | UV IR cut filter |
|
| Size | 1.25'' | 2'' |
| Thread | M28.5*0.6 | M48*0.75 |
| thickness | 1.85mm | 1.85mm |
- 1. The UV IR cut filter uses the very latest coating technology to deliver the finest filtration quality, and lifetime durability. If you use DSLR camera, CCD camera, or telescope, it absolutely will be one of your best choices;
- 2. We provide you with two sizes to choose from, 1.25'' and 2'';
- 3. Color CCD cameras such as the Skyris color planetary cameras are very sensitive across the visual spectrum, as well as in infrared. Some telescopes may correct for chromatic aberration, but are not designed to correct for IR light, which can often look defocused in astroimages. Blocking infrared (IR) light provides the greatest color balance and sharpness in your astroimages. This filter blocks IR while passing more than 94% of the entire visual spectrum, maintaining color fidelity.
