![]() It uses proprietary topology analysis algorithms and channels to subdivide the area into a few large irregularly shaped sub-areas and then machines each of them by a suitable morphing spiral, achieving over 80% of the volume being machined by spiral tool paths. One-Way tool paths to machine narrow passages, separating channels and tight corners. IMachining uses proprietary Constant Load In this way, iMachining manages to cut irregularly shaped areas with a single continuous spiral. Tool paths, which spiral either outwardly from some central point of a walled area, gradually adopting the form of and nearing the contour of the outside walls, or inwardly from an outside contour of an area to some central point or inner contour of an island. To achieve these goals, iMachining uses advanced, patent pending, algorithms to generate smooth tangent tool paths, coupled with matching conditions, that together keep the mechanical and thermal load on the tool constant, whilst cutting thin chips at high cutting speeds and deeper than standard cuts (up to 4 times diameter). The word safe here means without the risk of breaking tools or subjecting the machine to excessive wear, whilst increasing tool life. The word fast here means significantly faster than traditional machining at its best. SolidCAM iMachining™ is an intelligent High Speed Machining CAM software, designed to produce fast and safe CNC programs to machine mechanical parts.
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