Tag Archives: Photographic

Zhumell T-Ring for Nikon Cameras

Mount your camera!The Nikon T-ring helps you take pictures through your scope. It attaches a Nikon-mount camera to any camera adapter threaded to accept T-Rings. Durable construction with standardized threading provides with a secure way to attach your camera to all standard telescope T-adapters. Use this T-Ring in conjunction with the Zhumell Camera T-Adapter to … Continue reading

Zhumell Mounting T-Ring for Canon EOS Camera

Get quality photographs of stellar views with your Canon EOS camera with the Zhumell T-Ring – Canon EOS. This T-ring allows for easy mounting of a Canon EOS camera providing any night-sky enthusiast with the ability to capture snapshots of stunning celestial images. This T-ring features standard threading and durable construction and it works with … Continue reading

Zhumell T-Ring Canon Camera Adapter

Mount your camera!The Canon T-ring helps you take pictures through your scope. It attaches a non-EOS Canon-mount SLR camera to any camera adapter threaded to accept T-Rings.Durable construction with standardized threading provides with a secure way to attach your camera to all standard telescope T-adapters. Use this T-Ring in conjunction with the Zhumell Camera T-Adapter … Continue reading

Zhumell Universal Digiscoping Adapter – Small

Mount your camera!Perfect for those who would like to try digiscoping or to use a digital camera for astrophotography the Zhumell small universal digital camera adapter provides an inexpensive way to connect a digital camera to your optical equipment. It works with eyepieces having an outside diameter of 28mm to 45mm.Using the tripod screw receptacle … Continue reading

Vixen Polarie Star Tracker for Astrophotography

Introducing the Vixen Polarie Star Tracker for Astrophotography. This compact mount platform allows you to capture night scapes and star images with ease. Set up is simple. The Polarie attaches to a standard camera tripod and can accept any digital camera weighing up to 3.5lbs. Using the included compass on the Polarie orient the mount … Continue reading

Vixen f/6.4 Focal Reducer for VC200L Telescope

Reduces the effective focal length of the VC200L to about 71% for prime-focus imaging (with Direct Wide Photo Adapter 60 and T-Ring or Camera Adapter 43 and T-Ring). Shortens focal length from 1800mm (f/9) to 1278mm (f/6.4). The reducer is 38mm thick and has 56mm diameter threads with a pitch of 0.75mm. Item no. VIX003 … Continue reading

TeleVue 0.8x Reducer/Flattener for 102 Scopes

RFL-4087 0.8x Reducer/FlattenerModel RFL-4087 is a 0.8x Reducer/Flattener for TV-102 and TV-102iis scopes and any 800-1000mm focal length refractor for imaging with up to 35mm camera formats. For TV-102 (non-””iis””) it requires the RAD-1074 Reducer Body Adapter for 2″” focusers. This reducer/flattener requires Imaging System camera adapter such as CWT-2070 (Canon Wide T-Adapter with Bayonet … Continue reading

TeleVue 0.8x Reducer/Flattener for 400mm-600mm Refractors

Model TRF-2008 0.8x Reducer/Flattener converts TV-85 to 480mm f/5.6 and TV-76 to 380mm f/5.0 for flat field fast photography. Fully multi-coated 3-element unit inserts directly into 2″” focuser accepts standard T-rings for 35mm cameras. “”This accessory is a must-have for someone planning to use the TV-85 photographically”” – review in Sky & Telescope July 1999. … Continue reading

TeleVue Paracorr Type 2 Visual-Imaging

Since developing the Paracorr (Parabola Corrector) in 1989 TeleVue has made many refinements to enhance it’s performance for both visual use and imaging. By eliminating the effects of mirror-induced coma fast scopes could be made as aberration-free as slow scopes. TeleVue showed that f/4 scopes equipped with the Paracorr rivaled non-corrected f/8 scopes. Shorter more … Continue reading

TeleVue Paracorr to SBIG STL-series

Introducing a Paracorr designed for the SBIG STL-series astro camera. The Paracorr to STL-series (model PSB-1100) photographic Paracorr has wide threads that attach directly to the body of the STL-series cameras placing the CCD chip at the optimum distance. For best correction large internal lenses minimize vignetting while achieving the flat and sharp fields Paracorr … Continue reading

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