Abstract: A bracketing system provides a structural support for a parallel robot and the moving components thereof. The bracketing system also serves to increase the functionality of the parallel robot. The bracketing system includes a plurality of aluminum brackets fabricated through extrusion, and serving as heat sinks The brackets comprise a substantially triangular shaped bracket disposed to integrally join with the vertices of a plurality of horizontal members and a plurality of vertical members on the parallel robot. The horizontal members and the vertical members form a triangle shape with three vertices and three sides. This allows for six brackets to position between an inner surface of each vertex. Mounting holes on the brackets enable a fastener to pass through for attaching the brackets to the vertical members and the horizontal members. The brackets slide along the vertical member to enable tightening of a tension belt and adding accessories.

Abstract: A bracketing system provides a structural support for a parallel robot and the moving components thereof. The bracketing system also serves to increase the functionality of the parallel robot. The bracketing system includes a plurality of aluminum brackets fabricated through extrusion, and serving as heat sinks The brackets comprise a substantially triangular shaped bracket disposed to integrally join with the vertices of a plurality of horizontal members and a plurality of vertical members on the parallel robot. The horizontal members and the vertical members form a triangle shape with three vertices and three sides. This allows for six brackets to position between an inner surface of each vertex. Mounting holes on the brackets enable a fastener to pass through for attaching the brackets to the vertical members and the horizontal members. The brackets slide along the vertical member to enable tightening of a tension belt and adding accessories.