GF AgieCharmilles Machining Cells Incorporate Automatic Inspection with Hexagon Metrology CMM Technology
20 Aug, 2008Companies collaborated to create a closed-loop manufacturing system for machining parts.
GF AgieCharmilles and Hexagon Metrology yesterday announced their collaboration to incorporate measurement systems into machining cells. The companies will integrate GF AgieCharmilles machining cells with CMM technology from Hexagon Metrology to create a complete closed-loop manufacturing system for machining parts. Through this collaboration, Hexagon Metrology is now a project and technology partner for GF AgieCharmilles automation projects worldwide.
The U.S. debut of this complete system will be in Chicago, Illinois, at the IMTS trade show September 8-13, 2008. At the AgieCharmilles booth A-8343, attendees can see the ProductionCell, which combines 5-axis milling and wire electrical discharge milling with a Brown & Sharpe Global Advantage 7.10.7 CMM from Hexagon Metrology.
The GF AgieCharmilles ProductionCell combines different assembly techniques such as graphite milling, wire and plunge electrical discharge machining (EDM), as well as 3- and 5-axis milling in an automated machining cell. With a newly developed interface for PC-DMIS measurement software, GF AgieCharmilles' machining cells can now incorporate the entire spectrum of Hexagon Metrology automatic CMMs into the production process.
Connecting the different elements of the ProductionCell is a 7-axis handling device, a linear rail-mounted industrial robot by Fanuc Robotics. The handling device transports parts from station to station. The robot tends to several collect chucks, which reportedly can be adjusted based on the individual project. The pallet magazine capacity is also variable depending on project requirements. A central PC running the cell control software automatically guides all processes. The cell control software automatically loads specific part programs into the CMM through a dedicated interface. Then, the inspection program is remotely initiated. The interface operates with all PC-DMIS standard part programs, and some interface-specific parameters can be inserted automatically into the program.
The Brown & Sharpe CMM performs two functions. First, the CMM is used to determine the offset data during the preparation for production. The collected offset data is transferred from the CMM to the cell control software. Tools then use this data as reference points in part machining. Second, the CMM is used for dimensional quality control of complete parts. During quality inspection of the finished parts, inspection reports can be output as a Word document, an Excel spreadsheet, or a PDF file.
