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所在平台: Udemy |
课程主页: https://www.udemy.com/course/solidworks-cad-solid-cam-milling-turning-cad-cam/
课程评论：没有评论
课程名称：SolidWorks CAD & Solid CAM铣削与车削基础（CAD-CAM） 课程概述：这门课程包含两个主要部分：SolidWorks CAD 和 Solid CAM（制造）。该课程重点介绍使用SolidWorks进行3D CAD设计的基础知识，并深入探讨使用Solid CAM进行CNC加工和制造的相关内容。 课程主要内容： **课程1：SolidWorks CAD** 1. **SolidWorks介绍** - SolidWorks的能力概述 - 理解SolidWorks界面 - 文件类型与文档管理 2. **草图基础** - 绘制基本形状（线条、圆形、矩形） - 应用尺寸和约束 - 草图关系（水平、垂直、重合等） - 使用草图工具（偏移、修剪、延伸等） 3. **零件建模** - 使用拉伸、旋转和扫掠创建3D零件 - 编辑特征（倒角、倒角、壳体等） - 使用特征管理设计树 - 进行组件装配（配合组件） 4. **高级零件设计** - 使用引导、扫掠和图案创建复杂特征 - 编辑和修改零件特征 - 使用参考图形（平面、轴、点） 5. **装配建模** - 从单个零件创建装配 - 应用配合和约束 - 装配设计的最佳实践 - 分析装配中的干涉和运动 6. **绘图与细节** - 从3D模型创建2D技术图纸 - 添加尺寸、注释和公差 - 生成爆炸视图 - 设置绘图模板 **课程2：Solid CAM（用于CNC加工）** 1. **Solid CAM介绍** - Solid CAM概述及其与SolidWorks的集成 - 理解Solid CAM界面和工具栏 - 基本CAM术语（刀具路径、G代码、CNC等） 2. **为加工设置零件** - 将SolidWorks零件导入Solid CAM - 定义原材料 - 设置机器、刀具和坐标系 - 理解刀具库和刀具设置 3. **2D铣削操作** - 创建2D刀具路径（轮廓、口袋、钻孔） - 定义切削参数（进给、转速、深度） - 模拟2D操作 4. **3D铣削操作** - 创建3D刀具路径（鳞状、光栅和偏移） - 针对复杂形状优化刀具路径 - 处理大型3D模型和特征 5. **打孔与钻孔操作** - 钻孔、攻丝和镗孔操作 - 为各种孔类型设置刀具路径 - 应用分步钻孔循环 6. **车削操作（如适用）** - Solid CAM中的车削操作简介 - 设置车床刀具 - 生成车削刀具路径（面加工、车削、镗孔、切螺纹） 7. **仿真与验证** - 运行刀具路径仿真以检查碰撞 - 后处理生成G代码 - 为不同机器设置后处理器 - 验证并优化G代码输出 8. **高级技术** - 多轴铣削和车削 - 高级机械的部件设置（5轴、多主轴） - 复杂特征和刀具路径的高级策略 该课程将帮助学生掌握SolidWorks和Solid CAM的基础知识，适合希望进入CAD-CAM领域的初学者。
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)
