What is Local Fabriacate for Desktop Metal?

EmailFacebookLinkedInTwitterShare

As cloud-based software, FabricateTM maintains a secure connection to Desktop Metal servers at AWS. However, we understand that some customer environments face security restrictions that require all computation and data to be kept on-premises. For this reason, we have developed a local version of Fabricate. A local Fabricate installation allows you to use many of the same features found in the cloud-based Fabricate software, including job setup and management,  without requiring a connection to the cloud. Local Fabricate lets you manage […]

Read More

Desktop Metal Dimensional Accuracy & Surface Finish

EmailFacebookLinkedInTwitterShare

The Desktop Metal process is designed to provide “near net shape” parts that achieve tolerances comparable to casting. When tight tolerances or smooth surface finishes are required, users should expect to employ secondary operations (milling, grinding, polishing, etc.). Studio System parts are currently achieving tolerances of +/- 0.5 mm for parts less than 60 mm. (+/- 0.02 in for parts less than 2.3 inches), or between 0.8% and 2%. This means that a 1” part should be 1″ +/- 0.02”, and a […]

Read More

Testing 17-4 ph Stainless Steel from Desktop Metal

EmailFacebookLinkedInTwitterShare

Out of my own curiosity, I wanted to see how our printed stainless steel compared to common production stainless steel like 304. I took a few samples to a friends shop and talked about what I wanted to do and off we went. First, 304 is probably one of the most common general use steels made and used in industry. 17-4 is a bit more specialized but its most sought-after features are its high strength and corrosion resistance. This is […]

Read More

Pedal to the Metal: 3D printing with Desktop Metal

EmailFacebookLinkedInTwitterShare

Desktop Metal 3D printers are the latest addition to our lineup of best-in-class product development solutions. This groundbreaking line of metal 3D printers finally provides a solution to the limitations seen with other metal 3D printers currently on the market—limitations in speed, materials, and accessibility. We’re happy to provide 3D metal printing solutions with Desktop Metal that are quick, affordable, and offer a variety of materials, such as steel, aluminum, titanium, and copper.   There’s been a lot of buzz […]

Read More

Helical Sheet Metal Modeling

EmailFacebookLinkedInTwitterShare

Ever needed to model a helical shaped bent/twisted/rolled sheet metal part in SolidWorks?  Sounds like fun huh?  Actually it is pretty simple with a few little tricks and the Lofted Bends command.  Start by creating a helix based on a height and revolution.  As I am working with a single part for auger flighting, I am creating my shape for 1 revolution with the intent of add multiple instances in an assembly for final welding.  Second, I will create two […]

Read More

How to Start a Sheet Metal Part?

EmailFacebookLinkedInTwitterShare

Occasionally we get calls from people on how to do something, like start a sheet metal part, but they've not had the training class for that yet. In this post I'll try to share the very basics of starting a sheet metal part. It certainly won't cover everything and isn't meant to be a replacement for training, but it's something for right now. – Check out the attached 10 minute video. Download Sheet_Metal-How_to_Start

Read More