Polycam

Phone-based 3D scanning that turns rooms and objects into usable models

AI 3D & GamingFree planOverseasβ˜…β˜…β˜…β˜…β˜† 4.0

What is Polycam?

Polycam turns a phone into a 3D scanner. You capture a space or object with the camera, and the app reconstructs it using photogrammetry or LiDAR where the device supports it, producing a textured mesh or a Gaussian splat. Scans can be measured, cropped, annotated and exported to formats that CAD, BIM and 3D printing tools accept, and the browser library keeps everything organised across devices. It is the practical option when you need an as-built model of a real room, a product reference or a site survey, without hiring a scanning service or buying dedicated hardware.

Last updated: 2026-09-20. This site only provides an index; for exact features, pricing, and licensing, see the official website.

Key features

  • Photogrammetry and LiDAR scanning from a phone camera
  • Textured mesh and Gaussian splat reconstruction modes
  • Measurement, cropping and annotation tools in the browser
  • Exports OBJ, FBX, GLTF, DAE, STL, PLY and point clouds
  • Cloud processing plus a synced web library of scans
  • CAD and BIM friendly output for design and construction work

Pros & cons

Strengths

  • No special hardware beyond a recent phone
  • Useful accuracy for interiors, props and site documentation
  • Exports are accepted by common design and printing tools

Watch out for

  • Reflective, shiny or transparent surfaces scan poorly
  • Large spaces need patience and several capture passes
  • Advanced export and processing sit behind paid plans

Best for & use cases

interior scanning, 3d printing references, prop digitisation and site documentation

If you're comparing similar products, check the alternatives below, or browse all tools in the AI 3D & Gaming category.

FAQ

Do I need a LiDAR phone?

No. Photogrammetry works on ordinary camera phones and covers most objects and rooms. LiDAR, where available, helps with speed and scale on larger interior scans.

What can I do with a scan afterwards?

Measure and annotate it, then export a mesh or point cloud. Common uses are as-built documentation, feeding a design tool, or preparing a model for 3D printing.

Why did my scan come out patchy?

Usually surface material. Mirrors, glass, polished metal and moving objects break reconstruction. Textured, matte surfaces in even lighting scan far more reliably.