DORCHESTER3D

Free Online GCODE to OBJ Converter

Here is our free to use GCODE to OBJ 3D model converter tool that will take your GCODE file and convert it to the OBJ format ready for loading into your favourite 3D modeling package. Our 3D model converter supports batch processing of your files and can convert up to 20 GCODE files at one time.

Drag and drop your files here to upload or click the button above.
A maximum of 20 files can be converted at once.

Please note: Your GCODE file file, when uploaded to our server, will be deleted 15 minutes after upload. Please download your converted GCODE file file before this time.

The GCODE to OBJ model conversion tool will analyse your GCODE file and convert its 3D mesh data including vertices, surfaces and where applicable vector normals and texture coordinates to the OBJ format whilst maintaining the structural accuracy of your original GCODE 3D model file.

File information for GCODE and OBJ

Full NameG-code
ExtensionGCODE
Type3D Model/Point Cloud
Mime Typetext/plain
FormatText

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 NameWavefront
ExtensionOBJ
Type3D Model
Mime Typetext/plain
FormatText

An OBJ file is a text-based file format used for the storage of 3D model data. The format was developed in the 1980s by Wavefront Technologies as a means to store the geometric mesh data associated with a 3D model. It has garnered widespread support in the following years, and you will find options to load from and save to the OBJ format in most modern 3D modeling applications.

As OBJ files are essentially text files, they can grow quite large when working with large and detailed 3D models.

Mesh Geometry

Within a 3D OBJ file are lists of vertices, mesh faces, face normals, texture coordinates, and more. The vertices, normals, and texture coordinates are stored in a continuous list and are indexed referenced within a separate list of mesh faces, ensuring optimal use of space within the file. A mesh face may contain three or more points, each of which can use a unique vector normal and texture coordinate.

OBJ Converter Capabilities

As the OBJ 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 OBJ file.

How to Convert your GCODE to OBJ?

Here are two steps to convert your GCODE to OBJ using our free GCODE converter tool.

Upload your GCODE file

Click the "Select File" button, and then select the GCODE file to upload. The maximum file size is 100MB.

Download your OBJ

Click the download link to receive your OBJ file.

Frequently Asked Questions

How do I convert my GCODE to OBJ?

First, click the "Select File" button and choose your GCODE file. We will upload and convert your GCODE file. Once the conversion from GCODE to OBJ completes, use the provided link to download your OBJ file.

How long does it take to convert my GCODE file to OBJ?

We aim to process all GCODE to OBJ file conversions as soon as possible; this should take around 5 seconds; however, this may be longer for larger files.

Is the GCODE format suitable for 3D printing?

No. Most 3D printing slicer software will not support the GCODE format. It is recommended to convert your GCODE file to the STL format if you wish to 3D print it.

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