#Autodesk 2019 3d printing how to
#Autodesk 2019 3d printing software

The final model, compensated for displacement during printing. In the future, however, more features from Netfabb will become available within Fusion 360, such as support and orientation optimization.

#Autodesk 2019 3d printing software

At the moment, the software can then compensate for the distortions that may occur in the part. That is to say that those are the three problems that Fusion 360 can currently detect with the Additive Simulation Extension. If itвЂ™s going to fail, due to distortion, recoater blade interference or problematic support structures, you can address those issues. Whereas analyzing the entire laser path across the entire build would take millennia, the software simulated a 1 mm x 1 mm area and scales that up across the print process to estimate how the object will distort and how stress are going to build up. The software runs on the same solvers and engines as Netfabb Local Simulation, which is a multi-scale thermal-mechanical modeling approach to FEA of the print area. The problematic file has compensation applied to ensure proper printing. Now, the company has begun the process of porting some of NetfabbвЂ™s advanced simulation tools into Fusion 360, the companyвЂ™s popular CAD platform. Autodesk, too, has addressed simulation via Netfabb Local Simulation, acquired by the CAD giant in 2016.

If that can be accurately simulated and potential issues such as thermal stress and distortion can be accounted for, we can avoid trial and error and produce parts right the first time.ДЇor this reason, ANSYS, Hexagon, VELO3D and more are developing simulation software for metal 3D printing. This is where simulation is destined to play a crucial role.Д®very variable in the build chamber of a metal powder bed fusion (PBF) system will impact whether a part will come out of the printer as it was designed: the orientation of the component, placement of support structures, scan strategy, laser spot size and more. In fact, even the tribal knowledge associated with avoiding build failure is far from perfect, with trial-and-error being the go-to strategy for successfully producing a metal part.

#Autodesk 2019 3d printing how to

One important piece of that knowledge is understanding how to prevent build failure in metal 3D printing. As discussed at Additive Manufacturing Strategies, more advanced software is going to be key to driving the adoption of 3D printing in part by digitizing tribal knowledge, as Todd Grimm put it, so that our design software automatically performs tasks that formerly required hands-on experience with various production technologies to execute manually.