1/1/2024 0 Comments Lychee slicer mars 3![]() Not designed for just one printer, but allows users to configure a custom SLA printer. Lychee Slicer is an advanced application that comes with many perks for its users. Support for Multiple Printer and Custom Resin Profiles Here are some of the baseline features that you won’t like to miss exploring. Like many other SLA 3D Printer slicers, Lychee offers the basic functionalities expected by every other user. Lychee 3D Slicer – Featuresīeing one of the popular slicers, the application includes various standards as well as unique features. ![]() The export menu consists of a few choices such as selection of the type of resin, the anti-aliasing method, and a few more. ![]() Some find the options a little bit restricted especially when printing with advanced and dedicated printers. Users can also preview the estimated print time. The function allows you to select your final print settings. The workflow of Lychee 3D Slicer end with the “Export” menu. For instance, its “Simulator” mode lets users visualize the parts while it prints. Mostly resembling the usual SLA applications, the Lychee 3D slicer ensures to add some unique features. With the help of the “Preview” menu, you can review the prints for the final time before actually printing the 3D model. With a user-friendly interface, one can tweak and change the density, shape, diameter, and many other parameters of the supports, along with raft characteristics. However, the manual support generation ensures that the users expecting more advanced use cases get enough room to enjoy their creativity. Those opting for automatic support generation don’t have to go through the manual process of building rafts and other procedures. In addition, users can also choose to build their own support, hollow out models as well as create rafts. Using the “Supports” view, it’s convenient to review the automatically generated support. Then comes the automatic support generation. The layout view allows users to even repair their models while enabling many useful functionalities such as “Magic” and “Measure”. This is where users can easily scale, add as well as orient models to the print bed. Right after the setup completes, the application saves into the “Layout” view. Along with the printer setup, you can also import or create custom profiles for resins depending on the material manufacturer. Finally, select the brand and model of your 3D printer. In order to connect with the specific printer, just navigate while searching through the list of supported manufacturers. With support for 75 different printers, the process is pretty straightforward and requires minimum effort from the users. You must complete the setting every time you add a new machine with the application. The working of the slicer starts with the printer setup. The workflow is divided into five major parts, where the printer setup is needed to be completed only initially when individuals work with the software the first time. Hence, if you have worked with Cura and similar software before, getting acquainted with Lychee won’t be a hassle. About Lychee 3D Slicer – WorkflowĪs mentioned, the slicer is designed keeping in mind the common workflow available with FDM applications. In short, the application supports over 75 different SLA printers, ensuring that it caters to a larger user base with ease. With amazing and premium features under its hood, the software does an exemplary job of creating automatic supports, raft placement, and various other tricks for perfect prints. The application is highly intuitive, providing professionals a one-stop solution for working with different brands of resin-based machines. Lychee by Mango3D is created using the basic functions from the usual slicers, however, designed specifically for SLA 3D printers. ![]() ![]() And, Lychee 3D Slicer is one such application, offering great results when printing with photosensitive resin. Thereby, generating the need for specific software that can help users slice models for printing with resin-based machines. Hence, the G-Codes that are positional-based aren’t compatible with the majority of the SLA printers. This is because the SLA printers create parts section by section, unlike FDM machines that work line by line for printing models. Most of the slicers working in tandem with the popular FDM 3D printers, may not offer similar results with SLA-based machines. ![]()
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