Cartesian robots are those that move according to Cartesian coordinates along orthogonal axes. What makes these robots unique is the fact that these axes perform coordinated motion through motion controller. The axes of these robots are made from linear actuator which are either purchased as a pre – assembled system or can be custom – built to suit preferences. A gantry robot is made up of a manipulator mounted onto an overhead system that lets access across a horizontal plane. Gantry robots, cartesian robots and linear robots are synonymous.
The primary difference between gantry and cartesian robots is that cartesian robots use one linear actuator on each axis, whereas gantry robot is constructed with two bases. All of these robots are easily integrated and can be used for applications in assembly operation. These robots are highly efficient and affordable. They can be used to lift weights from a few hundred to a few thousand pounds. These robots work on two or three axis and are available at affordable prices. These robots perform assemble needs, material handling and packaging projects. Durability is another feature of these robots. Collaborative robots have gained interested due to their uses and superiority over traditional robots.
The report “Cartesian/Gantry/Rectilinear Industrial Robots: Global Market 2016-2021” gives a detailed analysis on the global market for Cartesian gantry rectilinear industrial robots. The report examines the worldwide market of Cartesian robotics through a comprehensive review and analysis of reliable information sources. In addition to the outline of market environments in the world, this report provides an in-depth and detailed analysis of market structure, the major industrial players/vendors, end-users, geographical landscape, and market forces. In most analysis, historical statistics together with market outlook cover the 2014-2021 period. The report will help in making is strategic business decisions to enter or leave the market. The top players in the market are ABB Ltd., Fanuc Corp., Kuka AG, Yaskawa Electric Corp., Adept Technology Inc., Mitsubishi Electric Corp., Toshiba Machine, Denso Wave, Seiko Epson, Omron and Staubli International.
In the context of industrial uses, these cartesian robots have been used in plastics industry for loading and unloading machines. In the automotive industries, they are used for handling buttons for seats and deal with mechanisms related to gas pedals. In solar industries, assembling of solar prototype module which used to be slow and inefficient has been improved due to these robots.
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