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Digital Video Services, Transfers, & Duplications Video & Camcorder Tape transfers to DVD Home movie film conversions to DVD Video shoots for commerica business productions Contact Us about all your digital video needs Your video production & transfer services location

We will transfer your 8mm and Super8 reel-to-reel film into brand new, perfect, flicker-free DVD, Bluray, MiniDV tapes, or External Hard Drive

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Transfer your 8mm,Super8, and 16mm film into perfect, flicker-free DVD or Bluray Discs...

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TO ORDER, CONTACT A DEALER FROM OUR MEDIA NETWORK:

Click Here to Find your Nearest Location

STANDARD DEFINITION TO DVD

Film to DVD

Price

Unit

8mm, Super8 or 16mm

$0.20

per ft.

Personalized DVD artwork

Included

ea.

DVD Copies (2-10)

$4.95

ea.

Titles between each transferred Reel

$3.00

ea.

$50 Minimum order

Includes transfer of film to DVD, personalized DVD artwork and choice of DVD case or CD jewel case.


HIGH DEFINITION TO BLURAY

Film to Bluray

Price

Unit

8mm, Super8 or 16mm

$0.50

ea.

Personalized DVD artwork

Included

ea.

DVD Master (Standard Definition)

$29.95

ea.

SD-DVD Copies (2-10)

$4.95

ea.

$100 Minimum order

Includes transfer of film to Bluray, personalized Bluray artwork and choice of DVD case or CD jewel case.

TO ORDER, CONTACT A DEALER FROM OUR MEDIA NETWORK:

Click Here to Find your Nearest Location

Buhl Mobile Multiplexer

The Buhl Mobile Multiplexer with telecine projector and HDV camera with1080 lines of horizontal resolution.

Mobile Multiplexer
 
Buhl optical systems form an intermediate "aerial" image from one of the source projectors. The HDV camera "looks" at this image in mid air, creating the brightest and most colorful image possible.

Optical Path
Optical Path
Explanation of Field Lens and Rear Projection Screen

Illustration A shows that without a field lens or a screen at the image plane, only the light coming through the very center of the image gets into the camera lens. The corners are not illuminated. Only a small circular field is visible.

Illustration B shows that when the image is projected onto a rear projection screen, it can be seen by the unassisted eye as well as the video camera, but there is considerable light loss due to the screen's bend angle. Image quality is lost due to grain in the rear projection screen.

Illustration C shows that a field lens located at the aerial image directs light from all parts of the field lens into a small circle. When the camera lens is placed at this circle, the entire field is illuminated. This is the system we use for the highest quality image.