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!
Working with software solutions that are not intended to do the job that you do is crazy. All you are doing is working harder than you need to work. Thankfully, TopSolid understands your needs. In fact, TopSolid was written specifically with manufacturing in mind. In this video you will get a quick look at what I am talking about. In this sample, I start by importing a Parasolid file into TopSolid for a simple plastic part. Then I show you all the steps needed to get the split finished. And here’s the best part. This sample has internal shutoffs, a stepped external parting line, and the part requires a side action as well. For most solutions, this is a lot of work. For TopSolid it only takes a few minutes.
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
Ahhh…the life of a mold designer. The beauty of it, and the hard part about it, is that they never really know what they are going to have to deal with from one design to the next.
At TopSolid, we totally understand this. It is why we have written TopSolid specifically to allow you to just do your job. What do I mean?
In the following 5 videos, I am going to show you how to use a core and cavity set that was developed…dare I say…in another cad software!!!
To be super clear here. TopSolid is THE BEST CHOICE for all aspects of your mold design.
But what I am working to point out here is that we don’t get upset when you try to work outside of our solution. Here I am gently poking fun at all of the other Cad software’s that seem to just fall apart when you work outside of their scripted way of life. (You know who you are).
In the following videos you will see for yourself what I am talking about. Here’s what you will be introduced too:
- Importing the core/cavity blocks from a 3rd party software
- Defining them as core and cavity blocks in TopSolid
- Sending the defined blocks into a TopSolid’Mold document and positioning them
- Creating a multi-cavity layout (yes by using our automation on the imported parts)
- Adding a standard DME mold base
- Processing the core and cavity blocks to create pockets (again with automation)
- Deciding that we don’t want pockets, but want to machine the blocks directly in solid in the A and B Plate
- Catching and correcting a small mistake (To show simplicity)
- Adding some ejector pins (again, more automation on the imported parts)
There is where I stop. I think these videos do a great job of speaking for TopSolid. But you be the judge!
Step 1 – Import and define
Step 2 – Include the blocks in a TopSolid’Mold document
Step 3 – Create a multi-Cavity and include a DME mold base
Step 4 – Make a change or two
Step 5 – Correct a mistake, and add some ejector pins
Drilling’s are easy! At least when they are simple they are. But in some cases you need to do more. In some cases you need to be able to create a drilling in a specific way. For example, maybe you want to be able to have 3 or 4 or even more drilling’s applied at the same time.
Thankfully, TopSolid makes this simple. In the following video tutorial, you will be shown how to create a multi-stepped drilling. AS well, you will be shown how to save that drilling to a library and reuse it in the future.
In this video, you will be introduced to Representations and given a sample of how to use them. In this case, we are going to create a special representation that allows you to include a sketch in your projected drawing. This can be a very useful tool to help you include specific information from design into a drawing.