1. Autodesk Fusion 360 Tutorial Deutsch Pdf
2. Autodesk Fusion 360 Tutorial For Injection Molds
3. Autodesk Fusion 360 Tutorial Pdf Ita

Hi All, We are actively working on providing a more in-depth learning experience that walks a user through the various workspaces and get them the training they need to go from beginners to experts. Provided are instructions on how to start the training: 1. Click on to download the zip file of all the sample files associated with each Module. Upload them in Fusion 360.

Begin the training by going through each module in ascending order (01, 02, 03, etc). You can view them in the browser or download them locally.

PDF Modules 01 Introduction 02 Sketch 03 Sculpting 04 Model 05 Manage 06 Assemble 07 Render 08 Drawing 09 CAM 3. Is the playlist of videos associated with each module. They should complement the modules as you go through the training.

This project is still in beta phase (not finished), so feel free to give us feedback on it. We'll continue to refine the experience and make it more streamlined, as well as expanding the level of expertise.

I hope you find this helpful! That is perfectly fine, please use them however is most useful to you. This is just our first revision/beta of this content, and we are continuing to work on it to make it better. We knew that users were in need of something immediately, so we decided to make this available early. We really appreciate your feedback on it, and I'll have the team start looking into bundling these up into a more cohesive one-stop-shop learning resource.

Please let us know of any other feedback you may have on the training material that can help us make it better! LJ Your argument is right on target. Let me explain where I'm coming from.

Autodesk Fusion 360 Tutorial Deutsch Pdf

I spent more than 35 years in technical publications and have written in 20 different disciplines. As a beginning tech writer I made myself a promise to write what I produced in the manner that the guy on the street could understand it. The use of video's proliferates today and abbout 99% of them assume too much of the viewer (after all they are produced by the coders, not the users). Trying to make sense of Step One means three or four more points go unresolved, so you are going over and over the same thing while trying to get what the video is trying to get across. A complicated product like Fusion 360 should be accompanied by firstly, a carefully written introductory manual followed by correlated effort-specific books.

I learned Inventor by purchasing a how-to-do manual. With fusion it has taken me a long time but I'm beginning to understand as I work with each icon. Since there are no manuals that I know of, I have been slowly creating my own simple manual showing each icon and how to use it. This is helping me learn the process which in many instances very much like inventor. When I get to the assembly stages of my search regarding how to do Fusion I expect to stall on my personal project until my search and try process leads me to how to assemble predesigned components into simple and progressively to more complex assemblies.

I simply cannot keep up with the nice video descriptions some have provided, but they move along much too fast for me to comprehend and learn from them. I only wish someone more familiar with Fusion could have created a manual rather than as I am trying to do by myself. This is a personal learning process during my retirement with a hopeful direction toward being able to use Fusion for useful hobby projects such as 7 1/2' gauge model engineering locomotives which I have done in the past. Doug Wilkinson Seattle, WA. Hi Doug, You wouldn't believe how many Kudos points I've received for suggested one unabridged manual to the Fusion Team. All that proves to me, is that there is a need for such a document. There are manuals present in PDF form but they tend to cover single aspects of Fusion, in combination with the related video.

Indeed I've found both the individual manuals and related videos to be of excellent quality. However like you, I 'need' a full manual by my side when learning a complex application such as this. It's well-nigh impossible to keep moving between video and manual whilst understand and retaining information from previous video/manual combinations.

With the Fusion Team's consent, I used Adobe Acrobat Pro to combine all the singleton manuals into one coherent version. This effectively gives me the one manual I require. Hope that helps.

Firstly, I'm going to disagree that this 'Solution' has been provided. What was supplied was a set of Tutorial documents and videos. In my mind, these definitely do not provide the functionality of a users manual.

As time progresses, user manuals seem to be a thing that are falling by the wayside. This is an unfortunate development. I learned both SolidWorks and Sketchup with a printed copy of the electronic users manual that was provided. This allowed me to look up things that weren't clear to me in the tutorials.

Here is a hearfelt plea to the folks at Autodesk, Please reverse this trend. I'm using the enthusiast version of Fusion360 and I would pay for a good, thorough users manual. Thank you, chris. It is to hard at this time to do a user manual they would need a full time team to do it and it will never be up to date, fusion is changing so much all the time that this is in the supper hard basket. We are working on getting them to redo what is most important for user's but this is a moving target a new thread on the same subject get's started after every update. It is best at this time to just ask on the forum how to do something and keep up with the quick tip vids on the fusion youtube page, the learning material was good in feb but some of it is wrong now.

The learning material is ok for the basic stuff the high up stuff you have to ask or work it out your self it will be like this for at least another 5 years. There should be an easy way for many, common functions followed by intuitive guided user interface that pops up so we then learn the complex and honestly, proper way to do it since the application is ultimately intended to create extremely complex and finely tuned objects. For whatever reason the support is a mess of tutorials with no tabulation system for us to navigate through them, seek simplified, exacting answers for a simple process and for some reason, the control system for creating, modifying and manipulating is the furthest thing from intuitive and practical. If you're going to go extreme at least create user support so a simple procedure to modify a simple object doesn't turn into 2-3 hours of slopping through information and the program.

A program like Sketchup when I want to chop a flat bottom onto a sphere it's a very simple, logical process relative to how you do things in Windows paint. It would make sense to incorporate a dumbed down interface so new users and learning amateurs can do something as simple as I've mentioned by left clicking, drawing a square, chopping the bottom off with the standard parameter pop ups for exacting the axis depths, and THEN an information bubble appears showing how to do it the complicated way that is a pita to learn, however, I have gotten far enough with the program to understand why the U.I. Is so challenging and ultimately, nonsensical when you're first learning.

As I've toyed with more complex designs and modifications, the screwy interface is actually more precise and versatile than the way you would do it in something more traditional such as Sketchup. You can knock out 3-4 processes in a single step with the GUI system in Fusion 360 which is why I keep returning to it. So I know how to get my flat bottom on that sphere am I even doing it the most practical, efficient way? I doubt it and therein lies the problem with the GUI and lack of support! Odds are F360 will still end up on the top of the pile in a few more years for the preferred application in all things 2 and 3D CAD. The average craftsman, teenager or housewife that wants to get into engineering, 3D graphical art etc. I think after a week of hands on guided assistance you would find most would expect a paycheck from you to keep learning F360.

It's a labor of love which separates the tinkerers from the inventors and engineers. I understand many people consider the program to be for hobbyists and amateurs, however, I've been at this for a few years and made the most progress with F360. I've been to 3 different colleges 2 for electrical/electronic engineering and you could not pay me to go through SolidWorks CAD and CNC courses at this point in my life considering the massive courseload and cost involved. Some of the absurd, demeaning hoops you jump through as prerequisites just to get into CAD or CNC courses are one more reason our education system in the USA is corrupt, money grab and ultimately, failure causing us to fall so far behind in engineering, manufacturing and outright inventing technology you may as well move to the UK, Europe or even Asia if you want to get a competent curriculum for your degree and teachers that aren't incompetent idiots. For these reason if you are really serious about learning design and manufacturing be it personal or commercial production, I don't think there's a better option than F360.

I now actually feel fortunate to be returning to my original school to wrap up my education in engineering because I don't have to go through CAD and realized after a couple months with the other school, I would much rather tough it out with F360 than some incompetent idiot that isn't fit to fry hamburgers let alone teach drafting and engineering courses. My struggles with F360 are a pittance compared to a moron teacher making 6 figures a year to explain and demonstrate absolutely nothing in a drafting class that is simply outdated and useless but required to move into CAD, advanced circuits, CNC etc. When you talk to grads from the school or further progressed students that tell you they remember absolutely nothing from this nightmare course and idiot teacher, Fusion 360 looks like a godsend!

Fusion 360 CAM Tutorial Definition of the origin of the coordinate system in the CAM system. Autodesk Fusion 360 is a CAD / CAM / CAE class system, but for our purposes we will mainly use the CAM module. Knowing one CAM system, we can quickly master new systems. Sometimes knowing one system disturb with getting to know each other, but only at the beginning.

As we know one CAM system, getting to know the next is mainly getting to know the user interface. The rules are similar everywhere. Definition of the coordinate system, selection of geometry to be machined, tool selection, parameters selection, calculation of tool paths, simulation and generation of machining programs. This is what it looks like in a simplified way. Understanding the basic principles will definitely be useful in getting to know each other CAM system. Why Autodesk Fusion 360?

Because it is a public system, free for students, hobbyists and small businesses. For commercial applications, it costs several hundred dollars per year – so the cost is small, practically anyone can afford it. CAM Setup How it looks (in theory because in practice it is not so colorful:)) work of a CNC programmer preparing CNC machining programs? We get from the constructor a 2D drawing in PDF or DXF and 3D model (often in some neutral file format, e.g. STEP, with which the majority of CAM systems can handle the opening). When it comes to drawing, we can choose the whole technology based on it.

Autodesk Fusion 360 Tutorial For Injection Molds

For now, this stage will be omitted. We assume that we make the finished part from the obtained model. We have a 3D model and we load this model into the CAM system. We will discuss examples of machining and parameters based on the simple cover model. Once we have opened the model in Autodesk Fusion 360, we have to go to the CAM module to prepare the machining program. Expand the menu on the left side of the screen (shown in the figure below) and select the CAM module.

Autodesk Fusion 360 Tutorial Pdf Ita

The window should look similar to the following figure: From the Setup menu, select the New Setup option. This option allows you to define machining properties, such as the origin of the coordinate system, stock or tooling. In the right part of the Fusion 360 window, a window should appear: The window has three tabs: Setup, Stock and Post Process. Now we will focus on the Setup tab. In the first Setup section we can choose the type of machining – Milling, Turning or mill/turn, Cutting.

Let’s choose Milling. Work Coordinate System (WCS) The next section is the Work Coordinate System (WCS). In this section, we define the origin and location of the coordinate system that will correspond to our origin of the coordinate system defined on the CNC machine. After expanding the Orientation parameter we have several options to choose from. The rule is to make the Z axis as if it is moving away from the machining plane. If, as an example, we choose a 3-axis milling machine, we fix the workpiece in a vice, the Z axis should be directed towards the spindle. Sinhala songs mp3 free download. Another curiosity is that in CAM systems with which I have met so far, the XYZ axes are marked in sequence with the colors red, green and blue.

And RGB is one of the color space models. By default, the Model Orientation option is selected. There are several points on the model in which we can place the origin of the coordinate system. At the moment, we can use this option and set the origin in the middle of the stock. In order to be able to choose points based on the stock, the option Stock box point must be selected for the Origin option.

And we indicate one of the 27 available points. In the case of simple parts, where the stock is a rectangular solid, this choice should be enough. The next section is Model, where we mark the model that will be machined in this setup. As we have loaded one model, it has been selected by default. The Fixture section is responsible for the indication of the tooling (e.g.

Vise, jaws) – for now we will omit this. The next tab in the Setup settings is the Stock tab. In this tab, we can define the Stock. There are several options for defining a stock, but now we choose the Relative size box option for the Stock Offset Mode parameter. This option will create a cuboid shape that is larger than the model by specific allowance. For the Stock Side Offset parameter, select the Add stock to sides and top-bottom option.

This option will add symmetrical allowance and additional allowance for top and bottom of the stock. Add a 3 mm allowance per side, a 2 mm allowance on top and a 10 mm allowance on the bottom. The last tab is Post Process. Here we can specify the number or name of the program and add a comment to the program. Click OK and we have the defined origin of the coordinate system. In the left part of the Fusion 360 window, Setup1 appeared. Save the work progress.

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