Jytra Engineering Services Hyderabad, Telangana

Course contents: - overview - nx configuration with c/c++/c# - introduction - internal & external programs - about nx open - nx open object model - journaling - turning journals into applications - open c programming > open api compiling and linking > user interaction > assemblies > expressions > modeling > dimensioning > drawings > external open api - sample programs - sample application development murali moderator posts: 48 graph user offline click here to see the profile of this user gender: male jytra engineering services location: india.

NX Sheet Metal Design Following are the detailed course contents for NX Sheet Metal Design Course (Course Code MT16020_s): Course Overview Typical NX Sheet Metal Workflow Preferences and Defaults NX Sheet Metal Base Features Tab Activity Create and Edit Contour Flange Contour Flange-2 Activities Lofted Flange Lofted Flange-2 Activities Flange Flange-3 Activities Bend Taper Hem Flange Convert to Sheet Metal and Flat Solid -1 Activity Sheet Metal from Solid Bend Region Control Flat Solid Flat Pattern Bending Sheet Metal Bend Region Sheet Metal Corners Edge Rip Jog Sheet Metal Cut-outs Dimple Drawn Cutout Louver Solid Punch Bead Starting NX with Teamcenter Integration for NX (for Teamcenter Users only) Aerospace Sheet Metal (on Special Requirement only)

We have started a new training batch on NX 8 on Fixed and Multi Axis Techniques Course. Following are the course contents: * Introduction * Principles of multi-axis machining * Important considerations * Plunge Milling * Z-Level Milling, Steep Angle, Gap Machining * High Speed Machining, Mixed cut directions, Trochoidal cut pattern * Fixed axis countour milling, Text drive methods, various drive methods, * IPW and blank sensitive finishing cutting parameters * 4-Axis Machining, main and local MCS concepts * 5-Axis Machining * 5-Axis Z-level Machining, variable axis Z-level machining, multi axis tilt options * Optimized cut levels * Multi-axis Sequential Mill Concepts, options, sub-operations, parameters etc, * Check surfaces * Sequential Mill Advanced, tool axis control, 3 Axis, 4 axis and 5 axis Dialog Box Method Options * Comparison of variable contour and 5 Axis sequential mill tool axis control * Standard and Nested Loops * Variable Axis Contour Milling * Project Vectors, interpolate and vector concepts * Interpolated tool axis * Comparing Variable contour and Sequential Milling * Profiling Walls with Variable Tool Axis * Auxiliary Floor and Automatic Auxiliary Floor * Turbomachinery Milling * Multi-blade geometry and milling * Multi-blade hub finish machining * Multi-blade Blend finish machining * Non Cutting Moves * WAVE Geometry Linking in Machining * Refixturing and the use of IPW * Hole Milling Operations * Thread Milling Operations * Generic Motion and Probing Operations * Activities and Review