Anthro Introduces Steve's Station Curve At RSNA 2012

TUALATIN, Ore., Nov. 26, 2012 /PRNewswire/ -- Anthro Corporation, Technology Furniture®, the Portland, Oregon manufacturer of radiology sit/stand desks, introduces the newest member of its award-winning Steve's Station® family. The ergonomic design of Steve's Curve wraps displays around the user for comfortable viewing and positions equipment within easy reach. The addition of this curved model gives imaging professionals a total of four Steve's Station desk options with a variety of shapes and features.  Steve's Curve is available 2013 and will be shown for the first time at RSNA, November 25-30 in Chicago, IL (Booth #8729).

(Photo: http://photos.prnewswire.com/prnh/20121126/CL18690 )

More than just an electric radiology sit/stand desk, the two worksurfaces of Steve's Curve move up and down separately to custom fit the work style of any user. The independent movement of each worksurface greatly increases the variety of positions and gives the radiologist precise control of their worksurface height and monitor placement.

Steve's Curve includes the same thoughtful details as other members of the Steve's Station family. Comfort controls like an air circulation fan to move air gently around the displays and keep the user refreshed. Twin LED task lights on gooseneck arms that provide just the right amount of light wherever needed without washing onto the displays. Convenient USB ports built into the worksurface. Programmable height presets in order for the user to change positions quickly throughout the day. These features are just a few of the extras that reflect Anthro's commitment to make every radiologist more comfortable and productive.

Additional ergonomic features include tilt adjustability of the front keyboard surface to ease pressure on arms, shoulders, neck and back. The back monitor work surface of Steve's Curve includes Monitor Easy Track™, a monitor management system that slides the entire monitor array forward and back in unison 10" to reach the user's optimal focal depth.

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