We introduced you to Altair Inspire Form and walked you through some of the steps of what you can do with the software in a previous blog. But, surprise! That's not all it's capable of! Find out how to load, prepare and set up models to perform formability, flatten and fit blank and nest blank tests.
Companies are always looking for new ways to increase their pace, getting their product to the market faster, without wasting precious resources all while keeping the high-quality customer expectations. With the help of Altair Inspire Cast, you and your company can make smarter, more informed decisions in the manufacturing process, saving you both time and money.
If your CAD designs are going to be stamped in the long run, you need Altair Inspire Form. Discover how your physical designs can deal with force before production, and avoid a broken or wrongly dented physical prototype.
Knowing how your design will react as it withstands use is important. However, if you are able to discover a negative reaction or behavior before you go to production you can make the needed adjustments and save your company lots of time and money. When dealing with metal designs, Altair Inspire Extrude Metal is the simulation tool you need.
One simple way to save time, money and resources when 3D printing anything is to first run a simulation on your designs. There are many different simulation tools that have the ability to do this, such as Altair Inspire Extrude Polymer, when you want to run a polymer extrude simulation.
A name isn't the only thing that's new in Altair Inspire Cast (formerly Click2Cast). When they changed the name they packed in a lot of updates that will help you make better informed decisions about your cast before it hits the manufacturing stage.
As children, we were fascinated with Play-Doh. Excited by the idea of turning a simple cylinder block of soft dough into a monster, pizza, village or whatever else our minds could come up with! Lucky for us, we don’t have to completely grow out of this thanks to 3D printing. And with Desktop Metal 3D printers our designs and ideas are much more permanent. Read on to discover what metal 3D printing is bringing to the table.
The 3D printing world is constantly changing. One of the aspects we are enthralled with is the different types of material becoming available. However, different material requires different technology. Keep reading to find out more about printing metal parts with the Desktop Metal Studio System.
SOLIDWORKS 2019 is right around the corner! We tuned into the live streaming event this September and got a peek of all the changes, capabilities and performance updates the upgrade is going to bring. We've tried to compile a complete list of Launch-Day links and resources in one place to make it easier for you to find all the highlights and details.
One thing at the forefront of most companies' minds is how to beat the competition. One way to do this is to create smart products, but that leads to the question, "How?" We have one possible answer: mechatronics! Keep reading to discover all about this technology and how it can help you take the lead on your competitors.
Make Your Own Solution, 3D Printing, 3D CAD, SOLIDWORKS, Stratasys, solidThinking
Designing and 3D Printing a Kayak with SOLIDWORKS and Stratasys – Part 5 of 5
July 30, 2018
327 in³ of model material. 298 in³ of support material. 250 hours of print time. 41 parts. 20 hours of building and assembly. 1 kayak.
We strive to bring our customers the best technology from the finest companies. Luckily, we don't have to look far for this because our current solution partners are already top-notch. Most recently Tulip knocked our socks off!