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Featureless Object Scan

Failed with Photogrammetry? This will most certainly help

Traditional photogrammetry cannot scan shiny/reflective/transparent objects. This NeRF derived 3D scanning method effectively combats those limitations with stunning results.

Scan shiny, reflective, or transparent objects with ease

3D Scanning can fail for many reasons, with the most common reason being unable to analyze objects with shiny/reflective surfaces. Featureless Object Scan solves this issue.

Transparent Materials
Reflective surfaces
Solid color material

Photo Scan

When scanning a translucent object, features on the surface of the object constantly shift from frame to frame. Resulting in poor results.

Featureless Object Scan

When scanning a translucent object, the Featureless Object Scan algorithm analyzes the object and the background to reconstruct the surface mesh of the object.

Photo Scan

When scanning a shiny object, Photo Scan struggles to recognize the unique features as they constantly shift from frame to frame, resulting in inadequate results.

Featureless Object Scan

When scanning a shiny object, the Featureless Object Scan's AI algorithm analyzes the object as a whole as opposed to the unique features on the surface

Photo Scan

When scanning objects with smooth surfaces, Photo Scan struggles to consistently stitch together the unique features, resulting in subpar results.

Featureless Object Scan

When scanning objects with smooth surfaces, Featureless Object Scan analyzes the entire scene and accurately reconstructs the object into surface meshes.

Scan Anything with NSR Technology

AI-powered Neural Surface Reconstruction (NSR) allows users to scan any object into a 3D mesh, regardless of its texture.

NeRFs, but practical

Neural Radiance Fields (NeRFs), is a 3D visualization technique that produces no mesh, Featureless Object Scan learns from the algorithm and outputs mesh results from the radiance fields technique.

Scan with no compromises

Featureless Object Scan produces highly detailed 3D meshes just like Photo Scan, and possesses the same export features as Photo Scan. Access PBR Texture Generation, Quad-Mesh Retopology, Auto-Rigging, and more.

Commonly Asked Questions

  • What exactly counts as a 'featureless object'?

    Featureless objects are typically objects that are shiny, reflective, transparent, translucent, or of a single color. These objects lack the unique identifiers for the algorithm to trace and align during the reconstruction process. Some examples of this type of object are glass, cars, water bottles, etc.

  • Why are 'featureless objects' difficult to scan?

    Featureless objects' surface characteristics tend to be largely the same or varying as perspective shifts. This makes the reconstruction of these objects with traditional photogrammetry extremely difficult, as features on the objects' surfaces from the source input are inconsistent from frame to frame.

  • How does Featureless Object Scan address this issue?

    Featureless Object Scan uses Neural Surface Reconstruction (NSR), which leverages background context and intelligently isolates the primary subject. By continuously analyzing each frame during capture, the algorithm's neural network accurately determines the shape and color of otherwise challenging 'featureless objects.'

  • How can I achieve the best results when scanning 'featureless objects'?

    For optimal results, place your object on an elevated platform against a static, complex background. Keep the entire object framed and stationary throughout the scanning process—avoid turntables or moving it in any way. Capture the object by orbiting around it from at least three different heights to ensure thorough coverage.

  • What devices are compatible with Featureless Object Scan?

    Featureless Object Scan works with any supported device equipped with a camera—you can capture directly within the app or upload your images via the KIRI Engine mobile app or web platform.

  • What export formats are available with this scanning method?

    Featureless Object Scans are saved under the 'Scans' category, offering the same versatile export options as Photo Scan and 3DGS (to-mesh) files. With advanced features such as Quad-Mesh Retopology, Dynamic Decimation, and PBR Materials, you can export your scans in various formats, including OBJ, FBX, STL, GLB, GLTF, USDZ, PLY, and XYZ.

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