This includes painting custom supports directly on the model, managing models with multi-materials, smoothing variable layer height, and much more.More features Move, rotate and scale gizmos + object manipulation sidebar Object list, copy & paste, scene hierarchy, and instances File/Save Project ...
Paint custom supports directly on the model, it's quick and easy. You can also use custom meshes as support blockers and enforcers. Everything is neatly saved in the project file, always customizable. Fine-tuned material profiles Testers and developers at Prusa Research are constantly working on...
A lightweight application, which you can use to quickly preview G-codes from all popular slicers. Its behavior is identical to the preview in PrusaSlicer (the same code is used), however, you can load an external G-code file. We currently parse, and up to some level interpret, G-code...
custom-gcode_stats.svg /usr/share/PrusaSlicer/icons/custom-gcode_vector-index.svg /usr/share/PrusaSlicer/icons/custom-gcode_vector.svg /usr/share/PrusaSlicer/icons/cut.svg /usr/share/PrusaSlicer/icons/cut_.svg /usr/share/PrusaSlicer/icons/cut_connectors.svg /usr/share/PrusaSlicer/icons/delete.svg...
Custom supports Slic3r has always been rather generous with supports – and for a good reason. It allows even complete beginners to print pretty complex geometry right out of the box. If you use the auto-generated supports, your model will be certainly printable. But with some models, the ...
Comments You can find the .exe file of G-code viewer in the folder where Slicer is installed ... most likely ... .\Programs\Prusa3D\PrusaSlicer. Ther is a file "prusa-gcodeviewer.exe" located and you can just sent the shortcut to desktop or ... where ever you want to execute it ...
butlooking significantly better. This is the strategy that most modern slicers use. You can switch to the old behavior by enabling the “Thick bridges” option. Since the first solid layer above supports uses the bridging settings, this change also has a big impact on how supported overhangs ...
Note that some Revo nozzles are not supported and may require creating a custom slicer profile. Maximum filament flow 40 mm³/s (ABS and 0.8mm nozzle) Maximum speed 600 mm/s Maximum print speed 250 mm/s Acceleration 20000 mm/s² Max temperatures Max bed temperature 155 °C Max ...
Slicer isn't really intended for remote operation so the API route complicates matters. If you want to control the slicer remotely then either set it up on a machine with a VNC server or similar and control it graphically or, and this is nearest to an API, or write an invocation script...
Nozzle compatibilityAll Revo nozzles are hardware compatible. Note that some Revo nozzles are not supported and may require creating a custom slicer profile. Maximum filament flow40 mm³/s (ABS and 0.8mm nozzle) Maximum speed600 mm/s