Convert STL to OBJ for free
Create a single OBJ from STL online. Easily convert STL to OBJ without loosing any quality.
Powered by aspose.com and aspose.cloudCreate a single OBJ from STL online. Easily convert STL to OBJ without loosing any quality.
Powered by aspose.com and aspose.cloudOur STL convertor allows you to convert several STL files to OBJ format online for free. Convert STL or any other supported file formats. No third-party software installation is required. Web-based application is fast, robust, easy-to-use and absolutely free.
Conveniently convert your multi-format documents including DOC, PDF, DOCX, PNG,JPG, HTML, TXT and many more.
Save your documents to PDF, JPEG, HTML and many other supported formats.
Lightning fast convert operations for your selected documents.
Convert multiple documents with just a simple drag-and-drop you can convert your files within few seconds.
Ability to convert various popular image file formats easily.
Arrange and reorder the files as required.
Just use our online conversion. It is fast, easy to use and entirely free. It is designed to quickly convert documents and images free for online.
Indulge yourself into learning more about well-known document and image file formats.
STL, abbreviation for stereolithrography, is an interchangeable file format that represents 3-dimensional surface geometry. The file format finds its usage in several fields such as rapid prototyping, 3D printing and computer-aided manufacturing. It represents a surface as a series of small triangles, known as facets, where each facet is described by a perpendicular direction and three points representing the vertices of the triangle.
OBJ files are used by Wavefront's Advanced Visualizer application to define and store the geometric objects. Backward and forward transmission of geometric data is made possible through OBJ files. Both polygonal geometry like points, lines, texture vertices, faces and free-form geometry (curves and surfaces) are supported by OBJ format. This format does not support animation or information related to light and position of scenes.