Fortunately for others, he plans to add network communication, serial communication, refactoring and the ability to export slices in the DXF format for use on laser cutters (something the Kiri:Moto slicer already features). Unfortunately for me, I don’t think his code is compatible with my Form-1 SLA 3D printer, otherwise I would have given it a swirl. Also, if I was really eager to make these omissions happen, I could jump into his github and download the source files as he is keeping everything open-source. ![]() Object scaling, rotating, mesh information, build volume declaration, resolution and 3D print resolution options (to name a few) are all present in this beta version of his code.Īnd while some common features such as support generation tools and uniform scaling capabilities are absent, that’s not the end of the world at this early stage in Sébastien’s development of his code. Importing any 3D print STL file is as easy as dragging and dropping it onto the screen. This means no software has to be installed on your system as long as you’re using a web browser compatible with your printer board (Arduino or SmoothieBoard for example).Īfter taking the SLAcer for a quick run, I noticed it has a lot of features you’d be after with a 3D printing slicing app. The primary reason for his efforts is to make available, for the first time, an SLA slicer without any local dependences. And if you consider that there are more consumer grade SLA 3D printers on the market today than ever before, it's come at the perfect time. It now seems that Sébastien Mischler - a veteran in the open-source 3D printer game - has gone ahead and created SLAcer, a web-based slicer for stereolithography (SLA) resin based 3D printers. His online tools allow you to import your print-ready STL file with easy drag and drop functionality and export a 3D print ready gcode or x3g file for use in just about any FDM based desktop 3D printer. 3D printer slicing software developers are starting to take notice. As we wrote about earlier in 2016, a web-based slicing app is being developed by serial entrepreneur Stewart Allen called KIRI:MOTO. Cloud computing is rapidly growing and web-based devices like the Chromebook and iPad are not far behind. In most cases you’ll need to download slicing software (Makerware, Cura and Slic3r are popular examples) onto your computer and go from there.īut the world is changing. A slice is a file that contains the necessary set of coordinates and extrusion instructions that a 3D printer follows while working its magic. My understanding of Fresnels is that they don't typically give great precision for imaging applications but I wonder if that applies in this case, or if it does then to what degree it depends on the quality of the lens and how cost-efficient it may or may not be to use higher-quality lenses.Before anything is ever 3D printed it has to be sliced. ![]() Are those your illustrations? Did you actually install a Fresnel in the uTopia Printer? (I didn't see one in the component list, couldn't confirm either way from the photos.) An often-ignored weak point for so many of the budget printers on the market these days seems to be the quality of the UV source I'm curious about the types of solutions out there for structuring the UV, and how well they work in practice. It had been the first I'd heard of a Fresnel lens used this way in an MSLA LCD printer, but here they are in the "setup" illustrations you posted six years ago. ![]() Elegoo recently started putting Fresnel lenses into their MSLA printers to collimate the UV.
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