In this getting started video tutorial, you will be introduced to all of the main interface elements used within a TopSolid Cam document. After watching this video, you should have a better understanding of how to navigate within this type of document.
In this TopSolid Getting Started video tutorial series, you will be introduced step by step to the basics of how to create tool path for a basic 2d mill part. This will include:
- A review of the basic TopSolid settings used to create this tutorial
- Importation of the tutorial project
- Step by step videos to machine the part through completion
- How to use Verify
- Post processing
- Creation of setup sheets
The goal of this tutorial is to help new users of TopSolid get up and running with our solution quickly and efficiently.
This tutorial does not fully explain each option that is used. Instead it shows you the basics so that you can begin to fully explore what TopSolid’Cam can do for you.
In order to use this tutorial, you will need to download the tutorial assets. Below are a couple of links that you can use. You can download just the project file with the Parasolid file. Or you can download the project file, with the Parasolid file and a copy of all of the videos that go with the tutorial. The second option is quite the large download. But with this download, you don’t need to have web access to watch the videos. The choice is yours.
After you have downloaded the project, please proceed to watching the videos. Again, if you downloaded the project with the videos, you can watch them from inside of TopSolid. Otherwise, the videos for this tutorial are as follows.
TopSolid Cam 2d Mill Basic-Before you Start
In this video, you will see how to modify some of the settings within TopSolid. It is important to check your settings so that they match the settings used in this tutorial. If you don’t, TopSolid may react differently from what you see in the video. These differences will only be things like default values, unit of measure and such. However, for the best experience possible with this tutorial, we recommend you to modify your settings to match ours.
In step 1 of the basic 2d cam tutorial for TopSolid 7, you start by importing the package Continue reading Getting Started: Basic 2d Mill Tutorial
Programming a B-Axis Mill Turn machine can be difficult. But if you are using the right tool, maybe it doesn’t have to be. With TopSolid, you have a product that really understands what these machines can do. Moreover you have a product that makes it easy to get these types of machines cutting. This video is a teaser of a new series that I am developing. That new series will show you step by step how to program a Mazak Integrex like this with TopSolid. Enjoy the video…and Buy TopSolid! 🙂
At TopSolid, we really try to make it easier for our customers to engineer AND manufacture their parts. And we don’t stop doing this just because the parts are hard to work with either. In fact, it is here that TopSolid really starts to shine. In this video, you will see how easy and moreover how quickly you will be able to program something even as complicated as a timing screw. In earlier videos, I have already shown you how easy it is to design a timing screw. Now it’s time to learn how easy it is to machine one too.
Working with Explicit Families in TopSolid 7
Manufacturing is hard enough! But sometimes it can be made a to be a bit easier.
In this video, you will learn how to create and use an explicit family within TopSolid 7. An explicit family allows you to create one master document that will in turn allow you to control many documents downstream in the process. For example, in this video, we will import 3 parts that are the same geometries, just different sizes. Then we will turn them into an explicit family document within TopSolid 7. Finally we will use that family document to create all of the machining documents needed to manufacture each family method. This is a great example of TopSolid helping you to do your job more efficiently!
Choosing a CAD or a CAM solution can be a daunting task. There are many aspects that you need to take into consideration prior to making your choice. These include, but are by no means limited too such things as cost (up front and annual), functionality, availability, learn-ability, support resources, development schedule, popularity, and…well even more. Many people companies choose their solution based on a number of these items. However, one of the most important items to consider is often missed…integration.
Integration between your CAD and your CAM software is paramount in today’s manufacturing world. Integration allows downstream elements, such as CAM files, to automatically receive updates from upstream items like CAD files.
For example, ACME Manufacturing designs and manufactures their own product line. Today ACME uses one CAD product to engineer with and a totally independent and different CAM product to manufacture with. This was ok to do…10 plus years ago.
The problem with this methodology is that when the engineering team makes a change to the CAD data how do they ensure that the manufacturing teams not only receives that engineering change, but that the manufacturing team uses is? Also, how long does it take the manufacturing team to integrate the new data into their standalone CAM solution? Is it a few minutes? Hours? Days???
Herein lies the problem of independent products that do not communicate with each other seamlessly.
Simply put, they cost ACME a lot of money in lost time and rework.
What is the solution?
The solution is to choose a solution that integrates all aspects of your engineering and manufacturing process together under one easy to use and deploy platform. Continue reading Choosing a fully integrated CAD/CAM Solution
Manufacturing is a challenge. In fact manufacturing is challenging enough without having to fight with your CAD and CAM software to get your job done. Join this webinar to discover how working with world-class PDM based CAD/CAM solution can help to increase your productivity while also saving money from your bottom line.
To view this video, you will need to register. Please click the link below and you will be redirected to the registration page. After you register you will have access to the video from this webinar.
If you have any questions, please feel free to reach out to us with them! After all, that’s what we are here for!
In this first look video for TopSolid 7 for 2016, you will get a sneak peak at the new expanded tool list option available in every machining operation now. This makes it even easier to create or select the correct tool for the operation you are programming. You will also be introduced breifly to 2 new types of tools that are now supported.
In this first look video for TopSolid 7 for 2016, you will be introduced to a new stock management function, forged stock. With the forged stock command, TopSolid will automatically make a forged version of your part with a constant offset of material around the part. Check it out!
In this first look video for TopSolid 7 for 2016, you will get a sneak peak at a new improvement in bounding plane management withing TopSolid 7 Cam for 3d machining. We have streamlined the command to allow you to set your max Z plane in one, dynamic click of the mouse!