SolidWorks CAD & Solid CAM Milling & Turning(CAD-CAM) Basics

Learn SolidWorks CAD & Solid Cam (Modelling - Assembly - Drawings - Manufacturing) Milling 3 Axis & Multi Axis

What you'll learn
After this course you will be CAD CAM Professional user (SolidWorks & Solid CAM)
You will be able to use SolidWorks for 3D parts
You will be able to use SolidWorks for Assembly & Drafting
You will learn Solidcam 2023 (Milling 3Axis, 5 Axis - Turning - Drilling)
You will learn the most common cutting and non-cutting options

Requirements
CAD CAM Concept

Description
Course Main Contents (2 Courses!):Course 1:                SolidWorks CAD  Course 2:              Solid Cam (Manufacturing)A SolidWorks and Solid CAM course would typically focus on the fundamentals of 3D CAD design using SolidWorks and then delve into CNC machining and manufacturing with Solid CAM. Here’s a basic outline for each course:Introduction to SolidWorksOverview of SolidWorks and its capabilitiesUnderstanding the SolidWorks interfaceFile types and document management in SolidWorks2. Sketching BasicsDrawing basic shapes (lines, circles, rectangles)Applying dimensions and constraintsSketch relations (horizontal, vertical, coincident, etc.)Using the sketch tools (offset, trim, extend, etc.)3. Part ModelingCreating 3D parts using Extrude, Revolve, and SweepEditing features (fillet, chamfer, shell, etc.)Using the feature manager design treeWorking with assemblies (mate components together)4. Advanced Part DesignUsing lofts, sweeps, and patternsCreating complex features (holes, ribs, bosses)Editing and modifying part featuresWorking with reference geometry (planes, axes, points)5. Assembly ModelingCreating assemblies from individual partsApplying mates and constraintsAssembly design best practicesAnalyzing interference and motion in assemblies6. Drawing & DetailingCreating 2D technical drawings from 3D modelsAdding dimensions, annotations, and tolerancesGenerating exploded viewsSetting up drawing templatesSolid CAM Course (For CNC Machining)1. Introduction to Solid CAMOverview of Solid CAM and its integration with SolidWorksUnderstanding the Solid CAM interface and toolbarsBasic CAM terminology (toolpath, G-code, CNC, etc.)2. Setting Up a Part for MachiningImporting SolidWorks parts into Solid CAMDefining the stock materialSetting up the machine, tool, and coordinate systemUnderstanding the tool library and tool setup3. 2D Milling OperationsCreating 2D toolpaths (contour, pocket, drilling)Defining cutting parameters (feeds, speeds, depths)Simulating 2D operations4. 3D Milling OperationsCreating 3D toolpaths (scallop, raster, and offset)Optimizing toolpaths for complex shapesHandling large 3D models and features5. Hole Making & Drilling OperationsDrilling, tapping, and boring operationsSetting up toolpaths for various hole typesApplying peck drilling cycles6. Turning Operations (If applicable)Introduction to turning operations in Solid CAMSetting up lathe toolsGenerating turning toolpaths (facing, turning, boring, threading)7. Simulation and VerificationRunning toolpath simulations to check for collisionsPost-processing to generate G-codeSetting up post-processors for different machinesVerifying and optimizing G-code output8. Advanced TechniquesMulti-axis milling and turningPart setup for advanced machines (5-axis, multi-spindle)Advanced strategies for complex features and toolpathsCAD CAM Package Contents:1- SolidWorks CAD Sketching2- SolidWorks CAD Modelling3- SolidWorks Assembly Overview4- SolidWorks Drafting Overview5- Solid Cam Milling (3Axis, 4 & 5 Axis)6- Solid Cam Turning7- Solid Cam Mill turn8- Solid Cam Drilling (3Axis, 4 & 5 Axis)

Who this course is for:
Mechanical Production Engineers, Technical Persons, CAD CAM Engineer, Mechanical Students, Manufacturing Engineers