Developing Electrical Systems For Manufacturing Machinery Faster with SOLIDWORKS Electrical 3D
Saving Time, Increasing CollaborationSince implementing SOLIDWORKS Electrical 3D design software, CNC Solutions has reduced electrical design time by 50 to 75 percent. The controls and process machinery manufacturer has also enjoyed better collaboration between mechanical and electrical designers—both of whom now work on a common platform—resulting in an improved, integrated approach to the design of its integrated automation systems. “Implementing SOLIDWORKS Electrical 3D software has improved collaboration, increased efficiency, and allowed us to size our cabinets better,” Eckhardt says. “We can now put actual components in the model instead of square blocks to fit a certain footprint. This provides a more accurate representation of the actual design, resulting in better-looking, more accurate schematics. “We now can see how everything fits together in 3D and make decisions ahead of time,” Eckhardt continues. “By completing electrical design faster, we can handle more projects, leading to accelerated production and increased throughput.”
Common Electrical Symbols DatabaseBefore acquiring SOLIDWORKS Electrical 3D software and implementing its common electrical symbols database, electrical schematics for CNC Solutions machine designs lacked consistency in appearance, often requiring electrical engineers to manually track electrical schematic symbols from design through production. By providing a common set of electrical symbols and a complete manufacturing database, SOLIDWORKS Electrical 3D software helps the company improve the quality, accuracy, and appearance of electrical schematics, resulting in less rework in production, as well as speeding up the generation of BOM information. “Automated BOM generation with SOLIDWORKS Electrical 3D is a huge timesaver,” Eckhardt stresses. “Outputting BOM data used to require filling in a spreadsheet manually, which could take hours. Now, it only requires clicking a few buttons. With SOLIDWORKS Electrical 3D, we’ve reduced BOM generation time from hours to minutes, and the BOM information that we output is more accurate.”
Next Step: Automated Cable RoutingCNC Solutions plans to further leverage SOLIDWORKS Electrical 3D software to automate the routing of wiring and cabling within its automation systems. “We’re planning on tapping the routing capabilities of SOLIDWORKS Electrical 3D to demonstrate how to route cables and wires for production,” Eckhardt says. “Production personnel who assemble our machines often ask, ‘How do we route cables through this maze of mechanical components?’” Eckhardt adds. “Our goal is to use SOLIDWORKS Electrical 3D software to take the guesswork out of this process by visually showing the routings in 3D. The software’s wire and cable routing capabilities will also let us make sure that there are no interferences between motor and signal cables.”
CNC Solutions LLC designs, fabricates, and builds factory automation and tooling solutions for a variety of original equipment manufacturers (OEMs) requiring quality industrial automation and manufacturing engineering services. The company has utilized SOLIDWORKS® 3D mechanical design software for several years, enjoying a range of productivity improvements. CNC Solutions sought to realize additional efficiency gains in electrical design by replacing AutoCAD ®2D software with 3D tools.
CNC Solutions evaluated 3D electrical design packages from Autodesk, EPLAN, and SOLIDWORKS before choosing SOLIDWORKS Electrical 3D design software. The company chose SOLIDWORKS Electrical because it’s easy to use, fully integrates as an add-in to SOLIDWORKS mechanical design software, and provides automated wire/cable routing and BOM generation capabilities. By implementing SOLIDWORKS Electrical 3D software, CNC Solutions cut electrical design time by 50 to 75 percent; reduced BOM generation time from hours to minutes; enhanced the quality, accuracy, and appearance of electrical schematics; and improved mechanical/electrical design collaboration.
- Cut electrical design time by 50 to 75 percent
- Reduced BOM generation time from hours to minutes
- Enhanced quality, accuracy, and appearance of electrical schematics
- Improved mechanical/electrical design collaboration