![]() ![]() In recent tests, carried out in Autodesk’s Advanced Manufacturing Facility (AMF) in Birmingham, UK, a test mold was machined in P20 tool steel. The result is toolpaths that are considerably more efficient, with shorter machining cycle times and fewer tool retractions. This new option creates toolpaths with offsets that are based on both the shape of the part being produced and the stock being milled. The 2019 release sees the inclusion of a new “From Stock” option that is based on the “Adaptive Clearing” technology provided in other Autodesk CAM software products. PowerMill’s high-efficiency roughing strategy – or Vortex – was one of the first high efficiency roughing algorithms to hit the world of CNC machining. New automatic tool tilting helps create collision free 5-axis toolpaths Of course, being PowerMill, manufacturers have instant access to a vast library of subtractive manufacturing strategies meaning critical features can be CNC machined where needed.įig 2. Alternatively, localized features or surface coatings can be applied to existing parts, allowing components to be enhanced or repaired. These are not simply subtractive toolpaths in reverse, instead PowerMill offers highly specialized 3- and 5-axis programs that can be used to reliably build entire components from scratch. ![]() PowerMill can generate safe and efficient toolpaths to drive directed energy deposition (DED) processes that utilize wire-fed or powder-blown hardware. These are specifically designed to solve the unique challenges of programming these hybrid machines. To meet the growing trend for CNC machine tools that offer both additive and subtractive capabilities, PowerMill 2019 provides a dedicated suite of additive strategies and simulation tools. ![]()
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