Read on to find out about its new features and how you can "support" your 3D prints in a better way with this upgrade. The latest version, PrusaSlicer 2.6, kicks things up a level by including a slew of long-awaited features. These were wonderful additions that were positively accepted by users.
PRUSA SLICER LOGO UPDATE
The last PrusaSlicer 2.5 update added new features like the Lighting Infill and Arachne Perimeter Generator, to name a few. It is now one of the top 3D printing slicers due to its simple interface, lightweight design, and boatload of sophisticated capabilities. 8.The PrusaSlicer is quickly becoming one of the most popular slicers in the community. Eric Min has added details to Time Machine Mk.dartoischristophe liked PullStruder: from plastic bottle to PET filament.Eric Min has updated the project titled Time Machine Mk.David Dias liked LOCKDOWN: An open-source Analog Lock-In Amplifier.
Currently the biggest issue is warping of the arc overhangs when new layers get printed on top of them. It’s not fast, but it’s said to be faster than wrestling with supports and their removal.Ī few things could use improvement. So it is recommended to extrude at the lowest reliable temperature, slowly, and with maximum cooling. Arc overhangs generally work best when the extruded plastic cools as fast as possible. It is still a work in progress, so keep a few things in mind for best results. Here’s how it works: the script looks for layers with a “bridge infill” tag (which PrusaSlicer helpfully creates) and replaces that G-code with that for arc overhangs. The project’s GitHub repository has directions for both methods. We covered this clever technique in the past and there are now two ways for the curious hacker to try it out with a minimum of hassle: either run the Python script on a G-code file via the command line, or integrate the functionality into PrusaSlicer directly by adding it as an automatic post-processing script. These arcs are remarkably stable, and result in the ability to print overhangs that need to be seen to be believed. Arc overhangs is a method of laying filament into a pattern of blossoming concentric rings instead of stringing filament bridges over empty space (or over supports). Interested in the new hotness of printing previously-impossible overhangs? You can now integrate Arc Overhangs into PrusaSlicer and give it a shot for yourself.
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