To start a scan, open the app and choose your preferred scanning mode. If your device supports LiDAR, you can capture depth information directly; if not, you can still scan using the camera in photo mode. Move slowly and steadily around the object or environment, making sure all sides are covered. The app shows a live preview so you can confirm that the model is being captured correctly. When finished, tap to stop, and the app will automatically process the data into a 3D model that you can save, edit, or export. Good lighting and a stable hand will improve the quality of your scan.

• OBJ – widely used in 3D software, supports geometry and textures.
• STL – a lightweight format commonly used for 3D printing.
• PLY – point cloud format that preserves color information.
• FBX – useful for animation and game engines.
• USDZ – optimized for Apple devices and AR Quick Look.
• GLB / glTF – modern format for web, AR, and VR.

You can scan both small objects (like everyday items) and larger environments (like rooms or furniture). The main limitations are the processing power and storage capacity of your device. Larger scans require more time to complete and will create bigger files. To achieve the best results with large areas, move slowly to ensure the app captures all surfaces. For small objects, scan from multiple angles to capture full detail. Keep in mind that more complex scans may take longer to process once you finish capturing.

If your exported model looks too small or too large, the issue may be related to scale. The app allows you to adjust the units during export (for example, meters, centimeters, or millimeters). Always confirm the correct unit system when importing your scan into other 3D software. If needed, you can also rescale the model after export. By ensuring consistent units across your workflow, you can avoid problems with models that appear incorrectly sized in CAD, printing, or visualization software.

Yes. When supported by your device, the app records not only geometry but also texture and color data. This means your scan will include realistic surface details instead of just a plain mesh. The quality of textures depends on the camera of your device and the lighting conditions at the time of scanning. Bright, even light will produce the best results. If your device does not support capturing textures, you will still get the 3D geometry but without colors.

Some frequent issues when scanning include:

• Moving too quickly, which can cause gaps or distortions in the model.
• Poor lighting, which makes it harder for the app to capture accurate textures.
• Missing coverage, when parts of the object or scene are not scanned from enough angles.

To avoid these problems, move steadily around the subject, scan in a well-lit environment, and check the live preview to make sure all surfaces are being captured. Taking your time will help ensure the exported 3D model is clean, accurate, and ready to use.