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General| Type | 3D Scanner |
|---|---|
| Technology | Laser Triangulation |
| Accuracy | 0.5 mm |
| Resolution | 0.5mm |
| Scan time | 2-8 minutes |
| Connectivity | USB |
| Rotation Platform | Yes |
| Compatibility | Windows, Mac, Linux |
Introduces Ciclop as a DIY, customizable, open-source 3D scanner with key features.
Focuses on easy building and open design for improvements.
Explains the core technology used for 3D scanning.
Describes the automated calibration for accurate results.
Discusses lighting, object material, and color for optimal scan quality.
Recommends uniform, indirect lighting to prevent reflections and shadows.
Addresses challenges with glossy materials and color affecting scans.
Guides users through a step-by-step process for 3D scanning.
Details setting up connection, adjusting brightness and pattern distance.
Covers manual laser adjustment and main calibration using a pattern.
Defines scan resolution, laser usage, and scanning types.
Allows individual control and experimentation with camera and laser parameters.
Highlights that changes in this workbench do not affect other settings.
Details camera settings like brightness, contrast, and saturation for pattern detection.
Covers pattern configuration and laser alignment for accurate calibration.
Explains calculating focal lengths, optical center, lens distortion, and platform position.
Details scan types, laser usage, motor parameters, and image acquisition settings.
Explains image segmentation for noise reduction and ROI for focused scanning.
Instructions on how to save the generated point cloud in .PLY format.
Removes noise and unwanted points from scanned data.
Computes normal vectors for surface reconstruction.
Creates a 3D mesh surface from the point cloud.
Merges multiple scanned data sets into one model.
Refines the reconstructed mesh by smoothing jagged faces.
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