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“The cycle now automatically detects a small radius or chamfer on a groove feature and removes surplus cuts where applicable,” Mr Mee explains. Improvements to the rough grooving cycle have done away with the need to manually add radius compensation as the cycle now incorporates that functionality. Turning, milling and wire EDM functions all benefit from numerous enhancements, including three for turners in the area of grooving. In the past, simulation showed this type of lathe as having the upper and lower turrets in line, but Edgecam 2016 R2 displays slanting turrets in their true position. Support for nutated heads on mill/turn machines using Fanuc, Siemens and Heidenhain controllers is introduced into Edgecam’s machine tool configurations and improvements have been made when simulating lathes with slanting turrets. The component remains stationary on the rotary table, with the secondary spindle being used to turn profiles and bores. Also, this speeds up toolpath transfer into 64-bit memory.Įdgecam product manager Simon Mee says: “Also, this latest release of Edgecam breaks the model down into triangles which are then stored in such a way that they can be read back much faster than before.”įull support is provided in a new module for rotary heads typically found on Trevisan type machine tools common to the oil and gas industry where very large components require a turning operation provided by the rotating head. This restricted large part files, but now Edgecam has the ability to store larger and more solid parts and toolpaths.
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In the past, although Edgecam’s machining engine and machine simulator have been 64-bit, the overall package was 32-bit.
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A significant development for Edgecam 2016 R2 is that the software is fully 64-bit, improving access to memory.