Abstract :
The “Direct Conductor Placement System” (DCPS) was developed to provide a cost-effective, high-precision, computer-aided manufacturing process for 3-dimensional coils and wire forms made from a large variety of conductors. The system provides computer-aided design and manufacture of complex, multi-layer, and splice free coils. Through the use of sophisticated software design tools and state-of-the-art automation, the DCPS drastically reduces R&D and product development cycles. The end result is a flexible, cost effective and high quality product. The DCPS system enables engineers to place conductors in complex patterns with great efficiency and accuracy, and without the need for hard tooling. It also allows new types of coils and patterns that were never practical before. The system even permits the implementation of design changes at almost any time during the production process. The DCPS includes a custom designed eight-axis robot, patented end effector, CoilCADTM design software, RoboWireTM control software, and automated quality control
Keywords :
CAD; coils; industrial control; industrial robots; mechanical engineering computing; production control; quality control; robots; winding (process); 3-D coils automated design; 3-D coils automated manufacturing; 3-D wire forms; CoilCAD design software; Direct Conductor Placement System; R&D cycles reduction; RoboWire control software; automated quality control; computer-aided design; computer-aided manufacturing; custom designed eight-axis robot; multi-layer coils; patented end effector; product development cycles reduction; software design tools; splice free coils; state-of-the-art automation;
Conference_Titel :
Electrical Insulation Conference, 1997, and Electrical Manufacturing & Coil Winding Conference. Proceedings