You can use our GLB to DAE conversion tool to quickly and easily convert your 3D model files for free. You may upload up to 20 files at one time, and our batch GLB to DAE converter will process each 3D model and present you with a download link for each file once completed.
Or drag and drop your files here to upload.
A maximum of 20 files can be uploaded at once.
Our 3D model GLB to DAE tool will load your GLB file and, where supported, attempt to extract all the relevant 3D features, such as geometry, textures, and animations. To access the 3D conversion configuration options, click the button when you have selected your files. The current options support the ability to voxelize your 3D model and more.
Here are two simple steps to convert your GLB to DAE using our fast and free GLB converter tool.
First, click the "Upload..." button and select your GLB file to upload. Your GLB file will be uploaded to our servers. When the GLB to DAE conversion has completed, you can download your DAE file right away.
We aim to process all GLB to DAE conversions as quickly as possible; this usually takes around 5 seconds; however, this can be longer for certain files, so please be patient.
We aim to provide the best conversion experience. Our tools are under constant review and development, with new features being added every week.
In order to successfully convert an GLB formatted file to the DAE format, our converter tools will perform several initial checks to ensure the file provided is indeed an GLB file. There are many files out there where the file type extension does not match the data contained within the file. Along with these file type checks, our tools will do additional checks to ensure the file is correctly formatted to match the provided file type. There are many tools out there that do not always create GLB files to the exact specification.
An GLB file is a binary data file containing 3D data that makes up the 3D model, including vertices, faces, texture coordinates, and more. To guarantee efficient conversions, our tool will check all data that is contained within the GLB file and remove any information that is duplicated. This not only ensures the conversion completes more quickly, but also the generated DAE file size is smaller.
Along with the core data that makes up the 3D model, our tool will check the GLB file for the presence of texture coordinates to ensure any texture-based materials are converted correctly. Even if the texture files are not presented with the GLB file, our converter will preserve any texture coordinates when converting to the DAE format.
Now that the data from the GLB file has been processed, our tool can apply any conversion specified options, such as enabling Voxel mode, and with these applied, prepare the data to be converted to the final DAE file format. Part of this process ensures checking the capabilities of the DAE format and removing any data that cannot be represented.
At this point, the GLB to DAE conversion tool will have the 3D model in a state that is ready to be transferred to the DAE format. Our tool creates the DAE file, ensuring all the model data is present and is formatted to match the DAE file specification to ensure the file opens in compatible DAE file editors.
If the GLB file contains texture images, these will be exported to a format that is compatible with the DAE format. For most textures that are stored as JPG or PNG images, these are transferred with no changes. However, if there are other formats, such as TGA, these will be converted to a suitable format.
If an GLB texture does need to be converted to a different image file format, our tool will ensure the quality and resolution are not degraded during the conversion process.
Extension | GLB |
Full Name | Graphics Language Transmission Format |
Type | 3D Model |
Mime Type | model/gltf-binary |
Format | Binary |
Opens With | Blender, MeshLab |
GLB files are the binary equivalent of the GLTF 3D file format developed and maintained by the Khronos Group. GLB files are designed to be an open and expandable 3D format that can store 3D graphics and their assets, such as textures, animations, and more.
The content of a GLB file is binary and enables highly efficient storage and transmission of 3D data. This efficiency of size, along with its ability to store all the associated assets in the same file, has made GLB files one of the preferred formats for use within 3D web content and other applications.
Due to their open format, GLB files are widely supported by 3D editing software. The format has gained traction amongst videogame developers and other 3D artists as a primary means of exchanging 3D data between different applications.
GLB Converter Capabilities
When converting 3D model or mesh files using our GLB converter, we will attempt to convert colour materials into a suitable format for use in the converted file.
Extension | DAE |
Full Name | COLLADA - Collaborative Design Activity |
Type | 3D Model |
Mime Type | text/xml |
Format | Text |
Opens With | Blender, MeshLab |
A DAE file, also known as a Collada file, was developed by the Khronos Group as an open standard format for representing 3D models and their associated data in a manner that is both extensible and compatible with other 3D modelling applications.
The extensibility of the DAE format comes from the fact that content is stored within an XML structure, allowing the 3D model geometry to be stored along with texture and material information, as well as animations. As it is an extensible format, new features can be added relatively easily without impacting compatibility.
As mentioned, the DAE format was designed to be an open format, standardized to allow any 3D modelling application to easily implement support for DAE files. Popular 3D modelling apps such as Blender offer support for the DAE format out of the box.
DAE Converter Capabilities
When converting your GLB to DAE, our tool will attempt to accurately convert any colour or material information.
Your GLB file will be converted to a DAE file using our unified 3D model and mesh conversion tool. Our GLB 3D tool performs accurate conversions of 3D elements such as vertices, faces, normals, and relevant material information. As both GLB and DAE support colour material information, our tool will also attempt to convert the colour information.