![]() ![]() It isn’t worth your time writing these manually, even if you know how to do it. With a 3D print, it contains hundreds and sometimes thousands of instructions. You see, G-code is an extensive language. If you know G-code, you could do it yourself, but the code would be hundreds of pages long. G-code is automatically generated by slicing software. 3D printers need the specifications of the object you design to be translated into a language that they can interpret. Slicing software is a necessary element of 3D printing, because 3D printers cannot translate a CAD drawing by themselves. In other words, G-code tells the 3D printer how to print the model. G-codes contain instructions for the 3D printer. If you want a slightly more technical explanation, slicing turns digital 3D models into G-codes (a generic name for a control language) that a 3D printer can understand. Slicing a 3D drawing translates the 3D drawing into a language that a 3D printer can understand and print. For that, you need dedicated slicing software. Next up, that CAD drawing you have created needs to be sliced. It is with this software you will create your object to the specifications you require. To find out more about Formlabs PreForm, call us on 01765 694 007, send us an email at or book a discovery call with one of our Formlabs specialists, Elaine Rutledge or Tammy O’Neill.When it comes to 3D printing an object, a few things have to happen.įirst of all, you have to design the object you would like to print using CAD software, otherwise known as 3D modelling software. For example, you can integrate PreForm with your ERP system to schedule manufacturing output. You can also export directly to ERP and MES systems, giving you a way to integrate PreForm into your business’s systems seamlessly. Integrations include Solidworks, Rhino, Onshape, 3Shape, NetFabb and Fusion 360. PreForm integrates with many CAD systems, allowing you to send CAD designs to PreForm with one click or import directly into PreForm. You can queue prints, scale in your team and access PreForm anywhere remotely. You can also enable SMS alerts and email notifications, so you are notified when prints reach a milestone, such as 50% completed or 80% there. You can compare printer performance and manage inventory easily, with a clear readout for resin tanks and consumables. PreForm monitors prints and material usable in real-time, giving you comprehensive insights into your activity. PreForm allows the management of more than one printer and connects them together. You can schedule prints in PreForm and manage your printers. From slice to print, you can be done in minutes. It slices your model for your printer, automating layout, orientation, and supports, so all you need to do is press print. ![]() When you upload an STL or OBJ file into PreForm, it’s already connected to your Formlabs printer, so it knows what you want to do. Third-party software exists but PreForm is the only software built for Formlabs. If you own a Formlabs printer, you should always use PreForm. ![]() Unlike open-source slicing programs that are geared for FFF 3D printers, PreForm is designed specifically for SLA (Stereolithography), LFS (Light Force Stereolithography) and SLS (Selective Laser Sintering), supporting Formlabs 3D printers only. All you need to do is design your model in standard CAD software, then import the STL or OBJ file into PreForm and it will do the rest. PreForm takes your 3D model file and slices it into the universal language of 3D printers, G-code. What is Formlabs PreForm Software, and what does it do? This article provides an introduction to Formlabs’ slicing software.įormlabs Preform Software is proprietary slicing software for Formlabs 3D printers, meaning you need a Formlabs printer to use it. ![]()
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