A LASTING BRAND IN PROFESSIONAL FLATBED SCANNER SOLUTIONS

The color flatbed scanners, WideTEK^® 12 and WideTEK^® 25 have been designed to produce fast scans in optimal image resolution, suitable to fit just about any application requirement.

Key Features and Functionality of WideTEK Flatbed Scanners

FADGI, METAMORFOZE, ISO 19264-1 COMPLIANT
FULL SCAN IN LESS THAN 3 SECONDS
CAPTURES 3D SURFACES, TEXTURES OF VARIOUS MATERIALS, BRAILLE PRINT
DUAL LED ILLUMINATION, WITH NEW DIFFUSORS FOR BEST RESULTS
1200 x 1200 DPI SCANNER RESOLUTION
INTEGRATED 64BIT LINUX, INTEL I3 QUAD CORE, 8 GB RAM, 320GB HDD
GIGABIT TCP/IP NETWORK INTERFACE
SUPPORTS SRGB, ADOBE RGB, NATIVE COLOR SPACES
SMALL ENOUGH TO FIT ON ANY DESKTOP
LARGE WVGA COLOR TOUCHSCSREEN FOR SIMPLIFIED OPERATION
INTEGRATED WALK UP SCANNING SOFTWARE
USB PORT 3.0 FOR WALKUP SCANNING
AUTOMATIC CROP AND DESKEW
REAL TIME DISPLAY OF SCANNED IMAGES
VIRTUAL RESCAN, MODIFY IMAGES WITHOUT RESCANNING
EASY INSTALLATION VIA SCAN2NET^® TECHNOLOGY

Choose a WideTEK Flatbed for your application

WideTEK12-650 Scanner is a A3+ stand alone scanner with it’s own built in operating sytem. The best A3+ scanner available on the market it includes 1200DPI resolution and Image Access’s 3D lighting

WideTEK24F-600 Scanner is a A2+ stand alone scanner with it’s own built in operating sytem. An economical A3+ scanner includes 1200DPI resolution

WideTEK25-650 Scanner is a A2+ stand alone scanner with it’s own built in operating sytem. The best A2+ scanner available on the market it includes 1200DPI resolution and Image Access’s 3D lighting

WideTEK12-Spectrum Scanner is a A3+ stand alone scanner with it’s own built in operating sytem. A specialist scanner with IR, UV and 3D lighting

WideTEK^® 12 and WideTEK^® 25 are the only wide format flatbed scanners which also capture 3D surfaces in a quality suitable for inspection and quality control but compact enough for your desktop. The 3D scanning mode opens many new opportunities in the web presentation, printing and industrial inspection markets by capturing the texture of surfaces so perfectly that the scan on a screen looks like the real object.