SV108 Double Helical Focuser has a high-strength aluminum alloy material with a matte surface and black anodizing treatment. Its inner diameter is attached with brass compression ring to protect the eyepiece from scratches. High quality and high precision are worth your possession.
If you are a serious person who is dedicated to astronomy, then you may wish to try the Svbony SV151 double helical focuser. The latest SV151 has o.o5mm accuracy to make your field of vision more accurate and perfect. We also have adapters to connect the SV151 to your 1.25 "/ 2" telescope, finder scope, even camera.
Svbony SV161 1.25'' double helical focuser with 0.05mm scale for telescope lenses or finder scope.
Svbony SV181 fully metal 1.25'' R&P newtonian reflector focuser with 65mm focuser travel.
In order to better fit the threaded interface of the Svbony SV151 High Precision Double Helical Focuser , we made the first batch of four types of commonly used threaded interface adapters SV150 (M42 male, M42 female, SCT male, 2-inch adapter). Meet your use in different scenarios.
SV179 red dot reflex viewfinder simple, affordable, and effective red dot sighting device makes aiming your telescope.
The W9139A is out of stock, it will be shipped after Apr. 15th, 2021.
Versatile 60mm aperture Guide Scope with a built-in helical focuser for precise focusing of potential guide stars. Svbony SV106 Guide Scope can ensure that the main mirror accurately tracks the celestial body to be observed. This SV106 is used as a deluxe straight-through finder scope with optional 1.25" eyepieces installed (eyepieces sold separately)
When total solar or partial eclipse happening, it can greatly shorten the searching time using this solar finder scope, you can observe the real-time location of it when the sun moving.
Compact versatile 60mm aperture guide scope with a built-in helical focuser for precise of potential guide stars.
SV182 with 6x power magnification and a 30mm diameter lens collects ample light to make aiming your telescope easy and fun.
Svbony SV106 50mm finder achromatic refractor with helical focuser. SV106 has FMC (fully- multi-coated) green coating, which can enhance the light transmittance and accurately track the celestial body being photographed.
SVBONY SV184 Red Dot Finder Scope for Astronomy Telescope, SV184 Sight Scope for targeting and hunting.
The bandwidth of Svbony CLS filters is wider than that of Svbony UHC filters, and the luminous flux is large, which is more suitable for use in places with less light pollution.
The Svbony SV183 IR Pass 685nm filter blocks wavelengths below 670nm to enhance contrast and surface detail and reduce the effects of seeing when used in IR-LRGB imaging of the moon and planets.
The SVBONY Filter is suitable for 2 inch eyepieces and for viewing with single-lens reflex camera and CCD camera (M48 to M42 adapter exclude). Filters can be replaced very quickly, even when the camera is installed or the eyepiece is inserted.
Svbony 1.25'' moon, UHC, CLS filters combination.
Svbony Light Pollution Reduction UHC Filters are designed to selectively reduce the transmission of certain wavelengths of light, specifically those produced by artificial light.
Reduce glare and increase contrast of the moon with the Svbony moon filters. Also useful for extra bright planets as well as terrestrial viewing over sand or snow.This filter is not suitable for viewing the Sun. We provide you with two sizes to choose from, 1.25'' and 2'', please choose one size that suitable for your focuser.
The 2"Svbony OIII narrowband filters isolates just the two doubly-ionized oxygen lines (495.9nm&500.7nm) emitted by planetary and emission nebulae, while blocking the rest of the overall spectrum of light.
Svbony Dark frame imaging filter 2'' easily eliminate camera noise and hot pixels. This handy filter ensures your acquired dark frames will be completely free of unwanted stray light and reflections for great results.
The Svbony 1.25"/2" polarizing filter is a premium anodized aluminum. Optical glass polarizing filter designed to reduce the amount of light entering the eyepiece and increase contrast and reduce glare for more detail .