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所在平台: Udemy |
课程主页: https://www.udemy.com/course/solidworks-cad-solidcam-cad-cam-in-hindi/
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**SolidWorks CAD & SolidCAM (CAD-CAM) 课程摘要** 本课程（共两部分）将提供 SolidWorks CAD 和 SolidCAM 的全面深入的培训，重点突出从设计到制造的完整流程。课程语言为印地语，提供超过 50 个视频讲座，总时长超过 6 小时。 **第一部分：SolidWorks CAD (建模 - 装配 - 工程图)** * **SolidWorks 简介:** 介绍 SolidWorks 作为一款强大的三维计算机辅助设计 (CAD) 软件，广泛应用于产品设计、模拟、生产和机械工程领域。 * **草图基础:** 学习在平面或曲面上创建二维草图，包括线条、圆形、圆弧、矩形、阵列、关系和其他几何形状，它们是定义零件几何结构的基础。 * **实体建模:** 掌握使用拉伸、旋转、扫描、阵列、镜像、拔模、边界、孔和放样等特征，从二维草图创建三维实体对象的过程，提高工程和制造效率。 * **装配建模:** 学习将多个独立零件文件组合成完整的机械产品或系统，理解如何使用配合关系来约束和移动组件。 * **工程图与详图:** 学习从三维零件或装配体创建二维工程图，包括添加尺寸、注解、符号和视图，这些是制造和文献记录的核心。 **第二部分：SolidCAM (制造)** * **SolidCAM 简介:** 介绍 SolidCAM 作为一款集成于 SolidWorks 的计算机辅助制造 (CAM) 解决方案，用于生成数控 (CNC) 机床的刀具路径和 NC 代码。 * **零件设置:** 学习导入 SolidWorks 零件文件或 STP 文件，定义毛坯材料，设置机床、刀具和坐标系，并理解刀具库和刀具设置。 * **SolidCAM 2.5D 铣削操作:** 学习创建二维刀具路径，如平面铣削、型腔铣削、轮廓铣削和钻孔等，定义切割参数（步距、切深、进给、转速、深度）并模拟二维操作。 * **SolidCAM 3D 铣削操作:** 学习创建三维粗加工刀具路径 (3DHSR) 和三维精加工刀具路径 (3DHSM)，有效处理大型三维模型和特征。 * **孔加工与钻削操作:** 学习点钻、攻丝和钻削操作，设置不同类型孔的刀具路径，并应用やぐら钻削循环。 * **仿真与验证:** 学习运行刀具路径仿真并检查碰撞，进行后处理生成 G 代码（如 Fanuc、Haas、Mitsubishi、Siemens），设置不同机床的后处理器，并验证和优化 G 代码输出。 **课程特色:** * 提供完整且永久的访问权限，包含超过 50 个视频讲座。 * 课程内容涵盖超过 6 小时。 * 语言为印地语。 * 涵盖 Latest Version 的 SolidWorks 和 SolidCAM。 * 课程旨在提供对每个工具的全面知识，并通过练习帮助学生掌握。 * 提供超过 30 个练习模型和配套视频，加深对命令和工具的理解。 * 提供课程中使用的所有零件文件，方便学生练习。 * 课程结束后，如对 SolidWorks 或 SolidCAM 有任何疑问，可以随时联系讲师寻求帮助。 **适合人群:** 本课程适合工程师、机械工程师、生产工程师、设计师、行业从业人员以及从事制造过程工作的人员。
Course Contents (2 Courses)Course 1: SolidWorks CAD (Modelling - Assembly - Drawings)Course 2: SolidCAM (Manufacturing)SolidWorks and SolidCAM are related software solutions for CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) respectively. SolidWorks is primarily a 3D CAD software, while SolidCAM is a CAM software that integrates directly with SolidWorks to facilitate CNC machining programming. Here's a basic outline for each course:Introduction to SolidWorks SolidWorks is a powerful 3D Computer-Aided Design (CAD) software developed by Dassault Systèmes. It is widely used by engineers, designers, and professionals for product design, simulation, production, and mechanical engineering tasks.Sketching BasicsA Sketch in SolidWorks is a 2D drawing created on a plane or planar face. It consists of lines, circles, arcs, rectangles, pattern, relations, and other shapes that define the geometry of a part.Solid ModelingSolid Modeling is the process of creating 3D solid objects from 2D sketches using features like extrude, revolve, sweep, pattern, mirror, draft, Boundary, Hole and loft. SolidWorks makes solid modeling easy and efficient for engineering and manufacturing purposes.Assembly Modeling Assembly modeling in SolidWorks is the process of combining multiple individual part files into a complete mechanical product or system. It allows users to mate between components and move and rotate components.Drawing & DetailingDrawing and Detailing in SolidWorks involves creating 2D engineering drawings from 3D parts or assemblies. These drawings include dimensions, annotations, symbols, and views that are essential for manufacturing and documentation.Solid CAM Course (For VMC Machining)1. Introduction to Solid CAMSolidCAM is an integrated CAM (Computer-Aided Manufacturing) solution for SolidWorks, used for generating toolpaths and NC codes for CNC machines. It allows engineers and machinists to go from 3D CAD design to CNC machining within one software environment.2. Setting Up a Part for MachiningImporting SolidWorks parts or stp files into Solid CAMDefining the stock materialSetting up the machine, tool, and co-ordinate systemUnderstanding the tool library and tool setup3. SolidCAM 2.5D Milling OperationsCreating 2D toolpaths (Face milling, Profile, pocket, drilling etc.)Defining cutting parameters (stepover, stepdown, feeds, speeds, depths)Simulating 2D operations4. SolidCAM 3D Milling OperationsCreating 3D Roughing toolpaths (3DHSR)Creating 3D Finishing toolpaths (3DHSM)Handling large 3D models and features5. Hole Making & Drilling OperationsSpot Drilling, tapping, and drilling operationsSetting up toolpaths for various hole typesApplying peck drilling cycles6. Simulation and VerificationRunning toolpath simulations and check for collisionsPost-processing to generate G-code (fanuc, Haas, Mitsubishi, Siemens)Setting up post-processors for different machinesVerifying and optimizing G-code outputFeatures of the coursefull and lifetime access to over 50+ video lectures.over 6 hours course content.Language - HindiSoftware version - SolidWorks & SolidCAMThis course is designed to give complete & knowledge of every tool used to make designed model or drawings with exercises.we have provided more than 30 practice models with videos to have a better understanding of commands and tools.You will get all part files used to create this course which is helpful to do practice.if you have any question regarding this course SolidWorks, SolidCAM feel free to contact me. I will love to help you.Who this course is for:EngineersMechanical EngineerProduction engineerDesignersIndustry PersonPerson of Working on the Manufacturing process
