This utility makes it easy to share a scanner within an office.
#IT8 TARGET FILM PRO#
Microtek’s ScanWizard pro implements a network scanning feature(Windows only) that allows this scanner to be shared among clints and server in a local area network. ColoRescue's one-click, automatic color recovery process is simple and easy to use.ĭescreen feature can remove moire patterns when scanning pictures or photographs printed in magazines or newspapers. With ColoRescue, the ArtixScan F2 restores faded colors in photos and film, bringing hues back to their original luster and brilliance for more vibrant images. This setting optimizes color balance and the contrast of the output image, and is most useful for scanning negative films.
#IT8 TARGET FILM FULL#
The system automatically determines the lightest density or tone (Dmin) and darkest tone (Dmax) of the original then it captures the image color data with the full input tonal range of the scanner. ScanWizard Pro features two color spaces, allowing users to work in the Native CMYK / RGB mode, as well as in the intuitive LCH (Lightness, Chroma, Hue) mode. This is an advanced scanner controller program that provides many powerful, professional-level features for scanning.
#IT8 TARGET FILM SOFTWARE#
ScanWizardTM Pro scanning software ( PC Only ) The included Auto IT8Calibration ensures correct colors with just one mouse click. The patented and award-winning SilverFast Multi-Exposure® increases the scanner'sdynamic range, removes natural image noise and provides more details.
Optional bundled with LaserSoft Imaging's SilverFast Ai Studio 8SilverFast Ai Studio, which is regarded as the best scanner software in the world, includes the fullfunctionality. Optional bundled with LaserSoft Imaging's SilverFast Ai Studio 8 The 4” x 5”and medium format film holders are specially designed with spring actuated tension grips that hold the film perfectly flat, ensuring consistent scan results and yielding sharper image quality. Included exclusive Snap Trans™ film holders accommodate 35mm slides, 35mm filmstrips, 4” x 5” film, and medium format film up to 6 x 17-cm panoramic. The ArtixScan F2 is a built-in film scanner with a separate moving light source that allows you to scan film and transparencies up to 8.5” x 10”. This effectively eliminates problems associated with normal glass transparency scanning like Newton Rings, resulting in distortion-free images.īuilt-in film scanner with Snap Trans™ holders This is a patented “glassless” scanning system built into the lower bay of Microtek’s dual media scanners, allowing the scanner CCD to directly read the emulsion side of the film during scanning without any interfering pane of glass. Twin scanbed with patented Emulsion Direct Imaging Technology (E.D.I.T.) This feature allows the scanner to adjust the focus position on images through the movement of the CCD, resulting in better image quality for a chosen area of the target, which can especially be best seen when used with uneven, creased photos and film. For a comparison see here.Auto Focus scan head delivers accurate scanning results The profiles created by VueScan are grossly inadequate for Kodachrome slides. RT uses the transformation to calculate the device-independent pixel values for your image and finally transforms them into the output colour space, also specified in the colour management tab.įorget about VueScan! Its colour management is only “basic” using only matrix profiles.
#IT8 TARGET FILM WINDOWS#
This ICC-profile (usually stored in a system path, under Windows it is C:\Windows\System32\spool\drivers\color) is then specified in the colour management tab of RT. If you have problems with it, please ask here. A more convenient way is to use CoCa, which provides a GUI and internally calls Argyll. As far as I understand, the shaper+matrix approach, which is recommend by Graeme Gill for scans is a mixture of both.Īrgyll uses the command line and is cumbersome to use directly. A more accurate way is to use look-up tables (LUTs), in which the values are interpolated. The most basic ones are matrix transformations but they often fail to give good results. For the transformation one can choose among various mathematical procedures to describe it.
From these two sets of data a transformation is calculated which transforms the RGB-values of each measured pixel in your slide to the (device-independent) Lab-values. with the Lab-values as measured by the manufacturer of the target. These measured values are connected by the profiler to the values provided in the reference file, i.e.
Argyll), which analyses the target scan and measures the R,G,B values for each field. You shoot the target in the same way as the slides you want to digitize.