Table of Contents • • Importing an STL file into SketchUp To import an STL file into SketchUp, follow these steps: • Select File > Import. • In the Import dialog box that opens, navigate to the STL file that you want to import and select it.

• (Optional) Select STereoLithography Files (.stl) from the Format file type drop-down list and then click the Options button. The STL Import Options dialog box appears. • (Optional) Select your desired options (explained in the following list) and click OK. Download fl studio 12 reg key free. You return to the Import dialog box. • Click Import, and SketchUp imports the selected STL file. The STL Import Options dialog box enables you to make a few selections about how geometry and scale are handled when SketchUp imports your file: • Merge Coplanar Faces: In most cases, you want to select this checkbox, which merges all faces on the same plane into one face. By default, this checkbox is cleared, which preserves multiple objects on multiple layers.

Download the best 3D models for 3D printer. Discover on this page all 3D files that have marked the 3D printing community! 3D print these superb STL files.

• Preserve Drawing Origin: You likely want to clear this checkbox and let SketchUp choose an origin or reset the origin after import. • Swap YZ Coordinates: When you select this checkbox, the Y coordinate becomes the vertical coordinate. In other words, the Y axis is up instead of the Z axis. • STL Units: The default unit is millimeters. You can change the units to centimeters, feet, or inches by selecting an option from the drop-down list. Exporting a SketchUp model as an STL File To export a SketchUp model to an STL file, first make sure that. Then follow these steps: • Select File > Export > 3D Model.

The Export Model dialog box appears. • Navigate to the location where you want to save your exported file. • (Optional) In the appropriate text box, type a name for the exported STL file. • From the Format Save As Type drop-down list, select STereolithography File (.stl).

• (Optional) Click the Options button, and in the STL Export Options dialog box, select your desired options for the exported STL file. (See the following list for details about each option.) Click OK when you’re done. • Back in the Export Model dialog box, click Export. SketchUp exports your model to the STL format and saves the file in the location you specified. The STL Export Options dialog box enables you to choose a few options for how SketchUp renders your exported file: • Export Only Current Selection: When you select this checkbox, SketchUp exports only the selected geometry to the STL file.

This option is helpful if you want to model several parts that fit together in one SketchUp model file, but export each part to a separate 3D-printable STL file. • File Format: By default, Binary is selected from the drop-down list. The other format option is ASCII. The binary format is generally preferred because this format helps reduce the size of an STL file. • Swap YZ Coordinates: By default, this checkbox is cleared. If you select it, the Y axis becomes the vertical axis instead of the Z axis.

• STL Units: By default, the STL file is exported using the same units specified in the model. (To check your model’s default units, select Window > Model Info and, in the Model Info window, click Units in the sidebar on the left.) You can change the units in the exported STL file to meters, centimeters, millimeters, feet, or inches.

For other uses, see. STL (an abbreviation of 'stereolithography') is a native to the software created. STL has several after-the-fact such as 'Standard Triangle Language' and 'Standard Language'. This file format is supported by many other software packages; it is widely used for,. STL files describe only the surface geometry of a three-dimensional object without any representation of color, texture or other common CAD model attributes. The STL format specifies both and representations. Binary files are more common, since they are more compact.

An STL file describes a raw, unstructured surface by the and vertices (ordered by the ) of the triangles using a three-dimensional. In the original specification, all STL coordinates were required to be positive numbers, but this restriction is no longer enforced and negative coordinates are commonly encountered in STL files today.