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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fusion-360-for-cnc-a-cam-masterclass/
课程评论:没有评论
**Coursera 课程总结:Fusion 360 CNC 入门指南** 本课程是为希望通过 Fusion 360 控制 CNC 路由器(尤其是 CNC 铣床)的初学者设计的综合性指南。学员们称赞课程内容清晰、简洁、知识渊博,并提供了大量额外信息,帮助他们更深入地理解主题。 **课程核心内容:** * **CAM 工作流程介绍:** 讲解计算机辅助制造(CAM)的基本流程,熟悉行业术语,并解析 G 代码的含义。 * **项目预览与零件导入:** 学习导入零件模型并预览最终效果,明确学习目标。 * **创建首个刀具路径:** 演示如何设置毛坯、工件坐标系(WCS)和工具参数(包括转速和进给),并创建第一个简单的刀具路径。 * **2D 刀具路径详解:** 深入探讨 2D 刀具路径的各种参数,特别是转速和进给的设置。 * **3D 刀具路径探索:** 学习创建 3D 刀具路径,并讨论操作顺序的重要性。 * **钻削操作:** 学习创建钻削刀具路径,并了解相关的转速设置。 * **2D 等高线加工:** 演示如何使用 2D 等高线加工来切割形状,并讨论加工桥(Tabs)和刀具长度管理。 * **G 代码导出与刀具补偿:** 学习导出 G 代码,了解后处理器(post-processor)的作用,以及如何管理不同刀具的长度。 * **测试规划与 2D 图纸加工:** 学习如何根据 2D 图纸创建刀具路径,并强调进行初步测试的重要性。 * **双面加工:** 探讨双面加工的复杂性,并提供简便的解决方案。 * **总结与重点回顾:** 回顾课程内容,强调关键知识点。 * **额外内容:刀具选型指南:** 提供关于铣刀几何形状、材料等方面的详细信息,帮助学员正确选择合适的刀具。 **课程目标人群:** * 拥有 CNC 机床但不知如何有效使用的人。 * 对 CNC 操作感到不确定或只是凭感觉操作的人。 * 对本地创客空间中的 CNC 机床感到畏惧的人。 * 已有 CAM 经验,但希望加深理解的人。 * 希望通过自动化设备提高生产效率的人。 **课程特色:** 本课程的创建者强调,Fusion 360 的 CAM 功能虽然强大且易于使用,但 CNC 操作涉及高速运转的工具,存在潜在危险。因此,课程不仅教授 Fusion 360 的操作技巧,更侧重于培养学员做出明智决策的能力,确保安全高效地编程和操作 CNC 机床。随着业余 CNC 设备的普及,本课程致力于普及 CAM 知识,利用 Fusion 360 免费且强大的 CAM 功能,帮助学员安全、高效地进入 CNC 制造的世界。 **总结:** 该课程全面涵盖了从零件导入到 G 代码导出的所有关键环节,包括 2D 和 3D 刀具路径的创建、进给速度的计算、测试运行以及双面加工等。课程旨在帮助学员掌握使用 Fusion 360 进行 CNC 加工的技能,并建立安全、可靠的操作习惯。
What students have to say about this class: "I wish this guy had more classes. Clear, concise, knowledgable, and offers a ton of additional information. I'm more interested in this subject with every lesson I watch. Thank you!""Even though I am experienced in CAM, I've had a career break and needed a refresher course before starting my new job. This course is perfect for my needs and the instructor has a clear idea on what he is teaching which makes it really valuable. Keep up the good work and Thank you!" "Clear and concises, I learned what I expected to and can now operate a CNC mill with confidence.""So far this course is showin me the things I was wanting to learn, finding in it very intuitive and methodical in the approach" "That course is perfect for absolute CAM beginners who want to know how to wisely operate a CNC Router."In this class you'll learn to control your CNC router with the help of Fusion 360. The process of creating toolpaths is what's called CAM (Computer-aided manufacturing).We will use a real world example which you can follow along and recreate at your own pace. Each section is designed to teach you how to create a specific toolpath while also discussing important concepts that will deepen your understanding of machiningMore precisely, here are the chapters and what you can expect to learn:Introduction - we'll go over the project we are tackling and what you can expect.Workflow of CAM, vocabulary and g-code - This lecture is about the general workflow followed in CAM. We get accustomed to the vocabulary and take a look at a g-code to understand what it's all aboutPreviewing the end result and importing a part - We'll learn to import parts and preview the end result of the class (so you know where we're going)Creating your first toolpath - In this first toolpath we keep things simple. We first define our stock and WCS, then we create a tool with the relevant speeds and we go through the steps to create a toolpath.Creating a 2D pocket operation - The main goal is to take a deeper look at the different parameters of a toolpath, especially feeds and speeds.3D toolpaths - We explore 3D toolpaths and have a discussion about the order of operationsDrilling operation - We learn to create a drilling operation and discuss the different speeds associated with drillingCutting away the shape with 2D contour - We learn to cut away a shape with 2D contour and discuss tabs and tool lengthExporting g-codes and discussing tool offsets - We export g-codes, discuss post-processor and how to manage different tool lengths on your CNCPlanning tests and creating toolpaths from 2D drawings - We create toolpaths from a 2D drawing and discuss the importance of preliminary tests on your CNCDouble sided machining - We discuss the intricacies of double sided machining and provide an easy solution for itFinal thoughts - We take a look back at what we've learned and emphasize on the important stuff you should takeawayEXTRA: Tool Selection Guide - This section covers end mills in details, from the geometry to the material in order to help you choose the appropriate end mill.Do you have a CNC and don't know how to use it? Do you feel like you know how to use it but are really just guessing? Does your local maker space has a CNC and you're intimidated by it? Do you already know CAM but want to improve your understanding of it?Do you want a machine to do all the hard work and make money for you? (Of course you do!)If you see yourself in any of these statements then this class is for you. I've made this class for anyone who wants to learn CAM through Fusion 360. CAM stands for Computer-aided manufacturing so in this class we'll be creating toolpaths that a CNC can follow to machine different kinds of material and shapes. In other words, we'll be doing the prep work and the CNC will be doing the heavy and precise lifting for us. My main motivation with building this class was this: Fusion has made it too easy to create toolpaths for a CNC router. With a few clicks you'll have a set of instructions for your CNC and as much as this is great, it's also terrifying. We're not dealing with a small 3D printer here, we have a spinning tool moving at a rapid pace that is very dangerous if not tamed properly. So for this reason, I wanted to not only show people how to use Fusion, but more importantly provide you with the knowledge you'll need to make smart decisions and learn to program your CNC safely and efficiently. With hobbyist CNCs becoming more affordable and accessible (which is great!) I believe that it's important to educate people as much as possible to the world of CAM. And with Fusion 360 offering a great and free CAM solution, the timing has never been this good for us to dive into this wonderful subject together!This class covers everything from importing parts to exporting a g-code with everything in between, including 2D and 3D toolpaths, calculating feeds and speeds, running tests, double sided machining and much more. So I want to welcome you and thank you for joining my class. Feedback is appreciated, and remember to stay safe!