Namrata Electromagnetic Interactive Whiteboard

One of the foremost Suppliers, we are a known for the exceptional Namrata Electromagnetic Interactive Whiteboard Whiteboar in the market. We have hired a team of professional warehousing personnel who takes care of the entire lot and keep it protected. Our unit is installed with all necessary amenities required for safe storage.

Highlights :

• Easy click to imitate mouse functions and activate mode
• Classes can be saved in 8 different formats like (pdf, Doc, Ppt, xls, .Cdf, .cdp, Jpeg, Html)
• Classes can be broadcasted through conference option with the help of internet,
• Raptor Board providing the hardware and software both by its own.
• Any 3D shapes or 2D shapes can be easily drawn.
• From the pen front button to select or move page, the back one to write or erase.
• The functions of each button can be customized.
• Write smoothly even the pen leaned in any direction.

Specifications:

• Resolution: 9600×9600; Precision: 0.05mm
• Signal processing rate
• Rapid and real-time response; no writing delay or intermittent stroke
• Press on board for 2 seconds to achieve right
• Solid aluminum alloy frame
• Durable surface, solid body
• Durable PET surface, high luminance, high definition, and can completely eliminate bright spots
• You can use the virtual (soft hotkeys) on any side of whiteboard surface
• Provide USB cable (10m), two Electromagnetic pen, and wall mounting set
• Windows XP/2003/Vista/7,Linux,Mac 10.X.

Principle:

The basic mechanics of an electromagnetic electronic whiteboard involve two components: the digitized grid and the digitizing pen. The digitizing pen contains a transponder that emits an electronic signal. When the pen comes in contact with the surface of the digitized grid, the signal makes an electric contact that is communicated to the computer. This signal tells the computer the location of the pen on the surface of the digitized grid in x and y coordinates. The precision of input is controlled by the dispersion or width of the signal emitted from the digitizing pen, and the density of the lines in the underlying digitized grid. Electromagnetic whiteboard allows user a degree of input precision equal to or superior to a mouse.