Description

 Easy to use  Ruizhou tables are easy to install and simple to set-up and use. The table is programmed for use with Ruizhou RECAD software, which apart from the manual adjustment for the depth of the knife, will reduce the need for hands-on setup of the table.  Saves time and money whilst improving quality  Eliminates the cost and time you spend cutting paper patterns and making brass bound pattern boards.  Greatly reduces the time taken to hand cut sample and graded paper patterns.  Consistent accuracy throughout, utilizing the Ruizhou RECAD software, any modifications to the pattern can be re-cut quickly and efficiently.  Reduces your lead times for samples, short production runs and overall pattern development time for both sampling and production, helping you to provide that &#**9;quick response&#**9; your customer demands.  Flexible  When used with Ruizhou RECAD software, Ruizhou tables are designed to work in the background, cutting and/or plotting pattern pieces whist you continue to develop other 2D patterns.  Tool Head  A dual function tool head incorporating a trailing knife and pen, which is especially suited for cutting pattern paper and up to 2mm cardboard.  Compatibility  Connectible to common CAD software, widely used for design and manufacture of footwear, apparel, suitcases, bags, lamps and automobile leatherwares. Available Model RZCAM****6E RZCAM****9E Working Area **0mm***0mm ***0mm***0mm Cutting Materials Paper, Cardboard, Plastic board, Rubber board, Fiber sheet (up to 2mm) Working Performance Cutting Speed: **0 - **0mm/s (Max.) Cutting Thickness: 2mm Mechanical Resolution: 0.*7mm Blade and Pen Type Blade: wolfram steel; Pens: water-based fibertip, oil-based ballpoint, disposable ink pen. Material hold-down method Electrostatic Adherence Software Resolution 0.**5mm 0.*1mm 0.1mm optional Interface Standard parallel or Serial port Command System HP-GL and GP-GL compatible mode Power Consumption **0W AC **0±*0%, *0HZ Feeding Mode manual feeding Dimension of Packaging 1.*8m(Length)*1.*5m(Width)*0.*5m(Height)