#Feature cam for sodick wedm full
#Feature cam for sodick wedm code

Turning with millingВ is a module which allows to operate mill-turn machines, it combines the abilities of the Turning and 2.5D Milling modules, enabling to create turnery parts with milled elements.

#Feature cam for sodick wedm full

Speeds up creation of a tool path, ensuring at the same time full control over the machining and the tool path under preparation. easy access to the regions of undercuts.ДЇeatureCAM combines an advanced tool to carry out demanding and advanced milling in 5 axes with a simple, intuitive and user-friendly environment, coherent with other modules of the program.decreasing a number of settings, which allows to save time and money, eliminating at the same time the setting errors,.use of shorter milling cutters, simplifying and improving the surface finish,.simplification of machining of deep cavities and cores,.When you have a 5-axis machining centre with indexing axes, you have the possibility to perform machining of a part in smooth 3 axis in one chucking.

#Feature cam for sodick wedm code

Creation of NC code maintaining one coordinate system or creation of a new system for each surface to be processed.

Full support for vertical and horizontal machining centres.

Ability for smooth 2.5D machining through automatic calculation of the required number of revolutions and transformation of coordinate systems in order to correctly run the machining process.

Typical applications of the FeatureCAM include manufacturing of gears, elements of hydraulic systems or precision valve parts.

Machining with constant wire inclination.

The function will reduce programming times and facilitate quick production of high quality parts.ДЇeatureCAM with the Wire Electrical Discharge Machining function enables the following operations: It is suitable for all types of wire-cut EDM machines. Basing on a workpiece geometry, the Electrical discharge machiningВ module automatically chooses all applicable settings. allowing for cutting with bridging, and then complete cutting-off of a material. Different machining strategies are also available, e.g. In addition, in the Wire Electrical Discharge MachiningВ module, there is a possibility to chose from different types of entering wire into the machined material. Material base allows for automatic control of the selection of machining parameters. Machining can be generated basing on solids or on 2D curves. TheВ Wire Electrical Discharge Machining function in FeatureCAMВ facilitates programming of 2- and 4-axis wire-cut EDM machines. FeatureCAMВ allows to fully use the unchanging machining cycles, thus reducing the program size and providing the shortest possible machining time. Lathe operations are programmed in such a way as to eliminate the possibility of damaging already machined surfaces. FeatureCAM has large library of standardized threads, both metric and inch ones, which facilitate programming.

Tool paths are fully associable with the elements, in case any of their features is changed, relating G-codes will be automatically adjusted to such feature. Elements can be designed quickly and intuitively or imported from other CAD systems. This function in the FeatureCAMВ allows fully utilize capabilities of the centre lathes for faster and more effective production.В Powerful, yet easy to use module, contains theВ FeatureRECOGNITION to speed up programming through automatic selection of appropriate tools and settings based on a geometry of workpieces. Parts may contain many different holes, e.g., drilled, counterbored, tapped, reamed, etc.Дў-axis TurningВ function allows for quick and easy programming of all types of turned parts. Good example here are the automotive or aircraft parts, in which pockets or profiles have vertical walls or feature the uniform shapes of the curve (generating) wall in the entire profile.

Work in metric and inch systems вЂ“ metric and inch dimension toolsДў.5D MillingВ is in common use in production of parts, which, generally speaking, are prismatic.

Estimation of machining time вЂ“ operations and total time.

Multiple passes for better surface quality.

Approximation of toolpaths by curves and by straight sections.

Entry into a workpiece material вЂ“ spot drilling, helical, zig-zag.

Trachoidal toolpath for straight gaps and grooves.

External / own drilling and milling macros.

Optimization of tool changing and minimization of quick movements.Several roughing tools (from big to small) for faster machine cutting of large volume of material.

Multiple machining of regions with limitation for in-air machine cutting.

Leaving machining allowance on a bottom, intended for after-machining.

Several rough diameters and several finishing diameters for faster completion of a feature.

Compensation of tool points for roughing and finishing tools.

Available milling and drilling operations: