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Line 20: ==Applications== Popular applications for Cartesian coordinate robots are computer numerical control ~~machine~~machines ([[CNC machine]]) and [[3D printing]]. The simplest application is used in milling machines and [[plotter]]s where a tool such as a router or pen translates across an ''X-Y'' plane and is raised and lowered onto a surface to create a precise design. [[Automated storage and retrieval system\|Pick and place]] machines are another application for Cartesian coordinate robots. For example, overhead gantry Cartesian robots are [https://robot.cfp.co.ir/en/robots/cartesian-gantry applied] for continuous parts loading and unloading on [[CNC]] lathes production lines, performing 3-axis ''(X, Y, Z)'' pick and place operations of heavy loads with high speed performance and high positioning accuracy. In general, overhead gantry Cartesian robots are suitable for many [[automation]] systems.<ref>{{cite web\|title=When do you need a gantry robot\|url=http://www.linearmotiontips.com/when-do-you-need-a-gantry-robot/\|website=Linear Motion Tips\|date=27 February 2015\|publisher=Danielle Collins\|access-date=21 September 2017}}</ref>

Cartesian coordinate robot: Difference between revisions