![]() ![]() Options for combination Z Level/Constant Step strategy and helical milling.Flat Area – uses a roughing pattern to remove material on flat faces. Optimal for semi-finishing and finishing of steep walls. The Multi Surface Featurewizard allows you to create features from model faces and surfaces that can be machined with numerous 3 Axis Milling operations.3 Axis Cutting CyclesArea Clearance (pocketing, lace, adaptive roughing)Pattern Project (parallel slice, radial, spiral and flowline cuts)Z Level – generates Z-level passes from a set of surface contours. Option to automatically generate an Entry Drill operation for Rough and Contour operations.įeatures can be defined automatically or interactively and are associated to the part geometry. Insert Contain and Avoid Areas for Rough and Contour operations.ĭepth processing by area or by level for Rough and Contour operations. Toolpath optimization based on grid or shortest path method.Īrc fit splines for Rough, Contour and Face Mill operations. Machining algorithms use the latest toolpath and gouge protection methods.Ĭutting cycles provide fast, error-free toolpaths. Wrapped features can be defined interactively for 4th/5th Axis indexing.Ģ½ Axis Milling includes automatic roughing, contouring (finishing), thread milling and single point (drilling, boring, reaming, tapping) cycles to machine prismatic features. Local Feature Recognition is a selective form of AFR based on user-selected faces.ĬAMWorks provides a wizard for defining features that are not recognized automatically or features that need to be defined for your facility’s machining requirements. MfgView also provides the ability to recognize features from a user-defined direction only. MfgView, a new generation of AFR, finds additional feature types and allows non-hole features to be edited. ![]() ![]() CAMWorks is a feature-based machining CAM system that provides the ability to automatically recognize many prismatic features including tapers.Īutomatic Feature Recognition (AFR) analyzes part shapes and attempts to define the most common machinable features such as pockets, bosses, holes and slots.ĪFR recognizes features on native SolidWorks part models or on solid models imported via IGES, SAT, etc. ![]()
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