Temporarily out of stock; will charge and ship when available.
The TeleVue STL adapter threads directly onto SBIG STL11000 Research Series CCD cameras to allow wide field imaging with a TeleVue imaging system refractor . . .
Temporarily out of stock; will charge and ship when available.
This TeleVue 0.25” spacer ring provides the necessary distance between a 35mm camera and a TeleVue imaging system refractor for prime focus photography . . .
Temporarily out of stock; will charge and ship when available.
This TeleVue 0.375” (9.5mm) spacer ring provides the necessary distance between a digital SLR or SBIG STL11000 CCD camera and a TeleVue imaging system refractor for prime focus photography . . .
Temporarily out of stock; will charge and ship when available.
This TeleVue 0.50” (12.7mm) spacer ring provides the necessary distance between a 35mm or digital SLR camera (with 0.8x TeleVue reducer) and a TeleVue imaging system refractor for prime focus photography . . .
This TeleVue 1.0” (25.4mm) spacer ring provides the necessary distance between a 35mm, digital SLR, or SBIG SLT11000 CCD camera and a TeleVue imaging system refractor for prime focus photography . . .
Product is special order only; please call or e-mail for approximate delivery time. A 20% nonrefundable deposit is required when ordering.
This TeleVue Canon wide mouth adapter reduces vignetting when connecting a Canon EOS or DSLR camera to TeleVue NP-127is, NP-101is, and TV-102iis Imaging System telescope accessories . . .
Temporarily out of stock; will charge and ship when available.
This TeleVue set of six spacer rings provides the necessary combinations of length needed to properly position 35mm, digital SLR, and SBIG SLT11000 CCD cameras in relation to a TeleVue imaging system refractor for most prime focus photography . . .
Temporarily out of stock; will charge and ship when available.
The Astro-Tech Coma Corrector is a photo/visual auxiliary lens system that fits into the 2" focusers of all f/3.5 to f/6 Newtonian reflectors to drastically reduce coma and curvature of field in visual observing and astrophotography . . .
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