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transition required developing machining processes, design- ing and machining workholding fixtures, plus all associated NC programming, a great deal of the work fell to Scott As- bury, toolroom supervisor and lead NC programmer. He had
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used GibbsCAM for three years before moving to Cometic five years ago.
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Scott Asbury, toolroom supervisor inspects a cylinder head machined with five-axis positioning on a Haas VF-3 equiped with rotary-tilt table.
Gorman’s team spent a lot of
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time surveying other manufactur- ers to determine what they used for CAM. “By the time we completed our survey, there was no question. By a huge margin, GibbsCAM was the most recommended, and the SolidWorks compatibility was fantastic,” he said. The company uses SolidWorks for part design and revision control. Part models from SolidWorks open directly in GibbsCAM, which Asbury uses to program parts and develop workhold- ing for machining. He likes GibbsCAM for its ease of use and flexibility in generating toolpaths.
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ManufacturingEngineeringMedia.com | May 2013 Corporation has
By then, Cometic was already using GibbsCAM to program turning centers and its two Haas VF-3 and VM-3 machining centers. Jeff Gorman said that choos- ing a CAM system had been a lengthy process. “In choosing any software platform, our primary requirement is that it easily interchanges data with cus- tomers and suppliers. We need to speak the same language. Compatibility with SolidWorks was also very important,” Gorman said.
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