Stereolithography software download

STL file format is one of the most commonly used file formats. Thus, you will find many 3D models using this file format when looking for a 3D file to 3D print. Sometimes, you will have to repair your STL files, so here are some tips to help you with this files repairing process. If you want to use a modeling software to edit your STL file, you have two options:.

Thus, it provides solid modeling and exact measurements. You can also use mesh editing tools. They are made for modeling and for objects represented by a 2D surface. Thus, the objects have just a shell without filling and you need to solidify your object before 3D printing it. This last part of your work is easy to do with this kind of STL file editors.

It uses parametric modeling and can be used by many different kinds of users, from beginners to professional 3D designers. But it will be great to construct mechanical objects or to fix your STL files. Blender is also a great free design software that you can use for 3D printing. It contains multiple useful features like various algorithms that smoothen and interpret a surface. With these software tools, you can easily edit and repair your STL files. This is a great STL file editor if you need to sculpt and work on fine details of your 3D model.

But it will take you some time to get used to it because of its important amount of 3D tools and options. Another specific point: a powerful computer is needed to use Blender, especially if you have a high poly object. MeshLab is a very complete free and open source program to edit your STL files. It is especially used by professionals since they appreciate its numerous mesh and point cloud processing functions.

They also enjoy the possibilities it offers in terms of management of very large files. It has a vast set of processing tools like mesh analysis, cleaning of errors, remeshing, surface reconstruction, automatic smoothing, and visual inspection. There are few softwares that can handle STL data. Many of them are not free for use and are not user-friendly.

The viewer boast a very user-friendly interface for non-technical users, while providing full range of tools for navigation and analyzing 3D objects. Viewing stereolithography file is easy with STL Viewer. This viewer offers the most of the known commands used in 3D viewers like zooming, panning, changing projections camera modes, change draw stile from shade to solid or wireframe.

Unique functionality of STL Viewer is ability to changing color of wireframes or shade 3D objects and makes them look more beautiful. For more detail information about look and feel please refer to Walk Thru section. In our Tutorial section, you can check detailed information about all functions and features of Stl Viewer. All key features and functionalities are explained in our Tutorial section.

When you open 3D object STL files you need speed and good interface to view every detail in that 3D object. Dynamic rotation will allows you to rotate the object to to see every detail in every side of the 3D object.

Some let you apply simple modifications, while some help you out with advanced tools to make your work easy. Some of these STL editors are 3D printing software, and let you print 3D designs after you have completed your design.

If you are new to this environment, you might take some time to get along with using these freeware; however, these are pretty easy to understand and operate. It is commonly used for 3D design and 3D printing purposes. If you are already into 3D printing, then you must be aware of these terms. A STL file is basically representation of 3D diagrams using small triangular meshes.

Well, these freeware let you open and modify STL files by editing triangular mesh, adding new mesh layer, new shapes, and much more. Other features that you will find in some of these STL editor are Repair Tool , inbuilt blocks , shape building tool , 2D to 3D development tool , etc.

To know more about these software to edit STL files, go through the article. Each freeware has been summarized briefly. Almost all of these software are equally capable of editing STL files. It is just their interface which you can get used to will workout as the best one for you.

Wings 3D impressed me with its simple and easy to use interface. Autodesk Meshmixer impressed me with its array of numerous editing tools. It is a simple freeware, though carries a set of tools to edit STL and other 3D drawing files pretty easily.

Simply import a STL file to open it, then right click to explore a set of tools. These tools let you move, rotate, scale, shift, flip, invert, slice, cleanup, duplicate , and delete the open file. More tools are available in the Tool option, which let you align axes, set default axes, apply magnet mask, etc.

All the above mentioned tools can be used after you select edges, vertices, faces, and objects using the Selection tool. There are various file formats which this software can import and export. Indeed, desktop 3D printers are using the bottom-up technique, like Formlabs 3D printers, while the top-down ones are more industrial 3D printers. Desktop SLA printers are cheaper and easier to operate, while industrial 3D printers allow building really large-size objects thanks to their interesting build volume, but need a specialized technician to be operated.

Moreover, these 3D machines are really fast. Another thing with SLA 3D printing is that you need a support structure to print your resin part. Once again, these supports are easier to develop for desktop 3D printers as it is quite similar to Fused Deposition Modeling FDM supports.

These are needed to print correctly any overhangs and bridges. You can choose the orientation of the part, choosing which orientation actually requires less support structure. For industrial SLA machines, a support structure is still needed. All these supports have to be removed manually from the 3D printed part. Post-processing is also part of the manufacturing process with Stereolithography. At the end of the process, the part is removed from the platform, the excess of resin also has to be removed from the part.

Then, the resin part will go through a curing process, in a UV oven, which will help the final part to reach its final stability. These photopolymer parts do not have the strength of Selective Laser Sintering SLS or FDM 3D printed parts, but can typically achieve much higher levels of detail and great complex geometries. As the photopolymer is UV sensitive, these products are susceptible to deforming and changing colors in sunlight.

SLA is commonly used to generate highly detailed artwork, non-functional prototypes, and can be used to make molds in investment casting applications.

But resin parts printed with Stereolithography are not suitable for functional prototypes.