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Santiago Diaz
Santiago Diaz

A Guide to Exporting 3D Model Files from EasyEDA PCB Projects


How to Download 3D Models from EasyEDA and View Them in Different Formats




If you are looking for a web-based and desktop EDA tool suite that enables you to design, simulate, share, and manufacture printed circuit boards (PCBs), you might want to check out EasyEDA. EasyEDA is a popular and powerful online PCB design tool that has many features and benefits for electronics engineers, educators, students, makers, and enthusiasts. One of the features that EasyEDA offers is the ability to import and export 3D models of PCBs and view them in different formats. In this article, we will show you how to download 3D models from EasyEDA and view them in different software.


What is EasyEDA and Why Use It for PCB Design?




EasyEDA is a web-based and desktop EDA tool suite that allows you to create schematic diagrams, circuit simulations, PCB layouts, custom PCB manufacturing, and more. You can use EasyEDA online in any HTML5 capable browser or download it for Windows, Mac, or Linux. You can also access, create, and update your projects anytime, anywhere, on any device. You can also share your projects online with other users or collaborate with your team in real-time.




easyeda download 3d model



EasyEDA Features and Benefits




Some of the features and benefits that EasyEDA provides are:


  • Simple, easy, friendly, and powerful drawing capabilities: You can use familiar AutoCAD drafting tools online in a simplified interface, with no installation required. You can also use hundreds of open-source projects as references or templates for your own design.



  • Works anywhere, anytime, on any device: You can access your projects online or offline, on any device that supports HTML5. You can also sync your projects with cloud storage services like Autodesk Drive, Microsoft OneDrive, Google Drive, Box, Dropbox, etc.



  • Real-time team cooperation: You can invite other users to join your project and work together on the same schematic or PCB. You can also chat with your team members, leave comments, track changes, and manage versions.



  • Sharing online: You can publish your projects online as public or private and share them with other users or communities. You can also embed your projects on your website or blog.



  • Integrated PCB fabrication and components purchase workflow: You can order custom PCBs directly from EasyEDA or choose from other trusted PCB manufacturers. You can also benefit from China's leading electronic components distributor - LCSC - and get real-time price, inventory quantity, datasheet, SMT information, etc.



  • Script support: You can use JavaScript to create custom functions or automate tasks in EasyEDA. You can also use APIs to integrate EasyEDA with other applications or services.



  • Schematic capture: You can create schematic diagrams using various tools like wire, bus, label, net flag, component symbol, etc. You can also use multi-sheet schematics, schematic modules, schematic themes, etc.



  • Circuit simulation: You can simulate your circuits using Ngspice-based simulation engine. You can also use spice models and subcircuits from various sources or create your own. You can also view the simulation results in waveform viewer or export them as CSV files.



  • PCB layout: You can create PCB layouts using various tools like track, via, pad, zone fill, copper area, etc. You can also use multi-layer PCBs (up to 6 copper layers), PCB modules, design rules checking (DRC), auto router, dimension check, etc.



<li EasyEDA Alternatives and Competitors




EasyEDA is not the only web-based and desktop EDA tool suite available in the market. There are other alternatives and competitors that you can consider, depending on your needs and preferences. Some of them are:


  • KiCad: KiCad is a free and open-source software suite for electronic design automation (EDA). It facilitates the design of schematics for electronic circuits and their conversion to PCB layouts. It also supports 3D visualization of PCBs and components. You can download KiCad for Windows, Mac, or Linux from .



  • EAGLE: EAGLE is a software platform that enables users to create, edit, and share PCB designs. It offers schematic capture, PCB layout, autorouter, simulation, library management, and more. It also supports 3D visualization of PCBs and components. You can download EAGLE for Windows, Mac, or Linux from .



  • Fritzing: Fritzing is a software tool that helps users to create interactive electronics prototypes. It allows users to document their prototypes, share them with others, teach electronics in a classroom, and layout and manufacture professional PCBs. It also supports 3D visualization of PCBs and components. You can download Fritzing for Windows, Mac, or Linux from .



  • CircuitMaker: CircuitMaker is a free community-driven platform for makers, hobbyists, students, and professionals who want to design and share their PCB projects. It offers schematic capture, PCB layout, autorouter, simulation, collaboration, and more. It also supports 3D visualization of PCBs and components. You can download CircuitMaker for Windows from .



  • Upverter: Upverter is a web-based platform that enables users to design, simulate, share, and manufacture electronics products. It offers schematic capture, PCB layout, autorouter, simulation, library management, collaboration, and more. It also supports 3D visualization of PCBs and components. You can use Upverter online in any browser from .



How to Import 3D Models to EasyEDA and Preview Them Online




If you want to import 3D models of your PCB components or enclosures to EasyEDA and preview them online, you need to follow these steps:


Supported 3D File Formats




EasyEDA supports importing 3D models in the following file formats:


  • STEP (.stp or .step): STEP is a standard for the exchange of product model data between different CAD systems. It is widely used for representing 3D models of mechanical parts or assemblies.



  • IGES (.igs or .iges): IGES is another standard for the exchange of product model data between different CAD systems. It is also widely used for representing 3D models of mechanical parts or assemblies.



  • VRML (.wrl): VRML is a file format for describing interactive 3D scenes and objects. It is often used for creating 3D web content or virtual reality applications.



  • OBJ (.obj): OBJ is a file format for representing 3D geometric shapes. It is commonly used for exporting 3D models from various 3D modeling software.



  • STL (.stl): STL is a file format for representing 3D surfaces using triangular meshes. It is commonly used for exporting 3D models for 3D printing.



Steps to Import 3D Models




To import 3D models to EasyEDA, you need to do the following:


  • Create or open a PCB project in EasyEDA: You can create a new PCB project by clicking on the "New Project" button on the top left corner of the EasyEDA interface. You can also open an existing PCB project by clicking on the "Open" button on the top left corner of the EasyEDA interface.



  • Select the component or footprint that you want to import a 3D model for: You can select a component or footprint by clicking on it on the PCB layout editor. You can also use the "Find" button on the top toolbar or the "Ctrl+F" shortcut to search for a component or footprint by name, reference, or value.



  • Open the 3D model settings dialog: You can open the 3D model settings dialog by right-clicking on the selected component or footprint and choosing "3D Model Settings" from the context menu. You can also use the "3D Model Settings" button on the right panel or the "Alt+M" shortcut to open the dialog.



  • Choose the 3D file format and browse for the 3D model file: You can choose the 3D file format from the drop-down menu on the top of the dialog. You can then browse for the 3D model file on your computer or online by clicking on the "Browse" button. You can also enter the URL of the 3D model file if it is hosted online.



  • Adjust the 3D model parameters and preview the 3D model: You can adjust the 3D model parameters such as position, rotation, scale, color, etc. by using the sliders or entering the values on the dialog. You can also preview the 3D model on the PCB layout editor by clicking on the "Preview" button. You can also use the mouse to rotate, zoom, or pan the 3D view.



  • Save and close the 3D model settings dialog: You can save and close the 3D model settings dialog by clicking on the "OK" button. You can also cancel and close the dialog by clicking on the "Cancel" button.



How to Export 3D Models from EasyEDA and View Them in Different Software




If you want to export 3D models of your PCBs from EasyEDA and view them in different software, you need to follow these steps:


Supported 3D File Formats




EasyEDA supports exporting 3D models in the following file formats:


easyeda export pcb to 3d obj file


easyeda import 3d model wrl or obj format


easyeda 3d model manager for pcb footprint


easyeda split obj file to mtl and obj


easyeda 3d library workspace and edit


easyeda 3d preview of whole pcb


easyeda specify 3d model for each component


easyeda adjust 3d model position and parameters


easyeda download 3d models from library.io


easyeda download 3d models from kicad-packages3D


easyeda download 3d models from traceparts.com


easyeda download 3d models from 3dcontentcentral.com


easyeda download 3d models from grabcad.com


easyeda create new 3d library for pcb


easyeda zip multiple 3d models fo


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