| Full Name | G-code |
| Extension | GCODE |
| Type | 3D Model/Point Cloud |
| Mime Type | text/plain |
| Format | Text |
The GCODE format is a file format mainly associated with 3D printers and CNC machines. These files contain low-level instructions to control these machines; for example, in a 3D printer, these instructions move the print head, adjust the height of the print bed, and control the speed at which the plastic is extruded from the print head.
These GCODE files are created by Slicer software, which takes 3D model files, often in the STL or 3MF format, and converts these models into the low-level instructions present in the GCODE file.
GCODE Converter Capabilities
As the GCODE format currently does not support the use of material colors when used by tool, your converted model will contain only the mesh geometry, material colors will not be transferred to your converted file.
| Full Name | Standard Triangle Language |
| Extension | STL |
| Type | 3D Model |
| Mime Type | application/vnd.ms-pki.stl |
| Format | Text |
The STL file format is used for storing 3D models and is a common format for distributing 3D printable models. STL files emerged in the 1980s as a format for storing a 3D mesh as a simple list of triangles. Due to its age and simplistic format, it has gained widespread support within 3D modeling and CAD applications.
As a result of the simple file format and its widespread support amongst 3D editors, the STL format has found itself as the format of choice for the distribution of 3D printable objects. There are many websites that offer 3D printing downloads in the STL format.
Mesh Geometry
As mentioned, STL files make use of a simple structure for containing the 3D mesh data. The 3D model is stored as a continuous list of triangles, with each triangle containing three vertices specifying the location in 3D space of the triangle, which, along with a single vector normal, is all that is required to render the model contained within the STL file. There are two formats of STL files: plain text and binary. When used with large and complex 3D models, the text format leads to very large file sizes and should be avoided, with the binary format offering more efficient storage of the mesh data.
STL Converter Capabilities
As the STL format currently does not support the use of material colors in 3D models when created using our tool, your converted model will contain only the mesh geometry, material colors will not be transferred to your converted STL file.
