No dedicated camera required
Start with the project you want to build
Scan, modify and 3D print
Capture an existing form, inspect the reconstructed mesh and reshape, combine or prepare it for fabrication. Some creative objects can move naturally into mesh editing; other projects need hole repair, scaling, wall thickness, supports or deliberate remodeling before printing.
Explore scan, modify and 3D print
Repair and replacement-part exploration
A scan can preserve surrounding shape, reveal how a part relates to an assembly or provide a reference while you investigate a repair. Functional interfaces still need dependable measurements, tolerances, material choices and often purpose-built CAD geometry.
Digital reference and reverse-engineering workflows
Use reconstructed geometry as a visible reference inside a wider design process. It can help you understand form, compare surfaces or model around an existing object without pretending that a mesh is automatically an exact parametric CAD model.
Use scans as digital reference
From object to a model you can continue working with
- Choose and prepare the object. Start with something stable, observable and suitable for the capture setup. Decide which surfaces matter to the intended project.
- Record controlled rotation. The smartphone remains steady while the coded turntable rotates the object through a structured sequence of viewpoints.
- Process and inspect. Upload the capture to 3D-Scan.Online, allow the selected reconstruction path to process it, then review coverage, artifacts and usable geometry.
- Continue in your maker workflow. Download an appropriate available representation and move into mesh editing, CAD reference, comparison, creative modification or print preparation.
If the first result does not support the intended use, that is useful information. You may need a better-prepared object, another scan type, a complementary orientation or more downstream modeling.
See the complete ASCAND workflow
A useful starting point—not a promise of finished engineering geometry
Reconstructed geometry can be valuable in several ways. A point cloud can preserve observed samples for inspection. A mesh can provide a continuous surface for visualization and editing. Either may help with creative transformation, scale reference, form comparison or planning around an existing shape.
The next step depends on what you are making. A decorative model and a load-bearing replacement part do not have the same requirements. A model that looks convincing on screen may still lack the dimensions, interfaces or tolerances needed for a functional assembly. Watertight geometry may contain filled regions that were not directly observed.
For critical fits, measure the relevant features and rebuild them deliberately. Treat the scan as evidence and reference material within the design process—not as a substitute for engineering judgment.
Understand point clouds and meshes
Learn about preparation for 3D printing
Choose a first object that gives the workflow a fair chance
A good first project is easier to keep stable, fits within the supported setup and remains visible throughout the rotation. Its outline separates clearly from the background, and the surfaces important to your project can actually be observed.
Plan more carefully when the object has deep recesses, undercuts, an important hidden underside, reflective or transparent regions, weak visual separation, or geometry blocked by the support surface. These factors do not all have the same solution. A different capture method may add useful evidence; another orientation may reveal hidden surfaces; some objects may remain poor candidates.
Start with the object and the intended use, then choose the simplest workflow that can record the evidence you need.
Check object suitability
Compare Vision, Laser, Combo and Multi-Scan
Built for experimentation, learning and iteration
Use a familiar camera
ASCAND works with a supported smartphone capture arrangement rather than requiring a handheld scanning technique.
Capture through structured rotation
The camera remains fixed while the object rotates on the coded turntable, creating a controlled sequence for reconstruction.
Inspect and continue
Review the available result before downloading geometry for the next tool or stage of your project.
Extend when the project requires it
Optional configurations support laser-assisted evidence, smaller-object framing and a larger support area. Add an extension because it addresses a demonstrated need—not simply because it exists.
Look at the object, the scan and the work between them
A convincing final render does not tell you how much came from capture and how much came from later editing. When evaluating an example, look for the original object, the capture method, the reconstructed point cloud or mesh, visible artifacts and the downstream steps used to reach the final outcome.
Verified examples can show what a workflow produced under documented conditions. They should help you form realistic expectations, not serve as a guarantee for every object.
View verified scan examples
Understand capabilities and limitations
Bringing ASCAND into a shared workshop?
FabLabs and makerspaces can use ASCAND as a shared physical-to-digital workflow for member projects, demonstrations and structured experimentation. The dedicated makerspace path focuses on facilitation, repeatability and helping different users understand where capture ends and further making begins.
Explore ASCAND for FabLabs and makerspaces
Ready to add capture to your maker toolkit?
Explore how the ASCAND system connects controlled smartphone capture with browser-based processing, or begin by checking whether the object you have in mind is a suitable project.