"THE 3D SCANNER FOR EVERYONE"
Phiz can 3D scan real-world objects and generate 3D models. Phiz isn’t just a tool for the professionals, it is designed for everyone. It is affordable and intuitive to use.
MORE DETAILS FOR A FRACTION OF THE PRICE
You are seeing an unedited point cloud generated locally on your phone by the Phiz 3D Scanner.
Owl 3DScan (unedited)
Phiz 3D Scanner captured incredible details including curvatures that's representing the owl's feather scale.
Statue 3DScan (Unedited)
This pointcloud file shows off how much features Phiz could capture, from the statue's facial detail to the hair detail.
The first smartphone powered laser 3D scanner
Phiz can generate up to 1 million vertices for each pointcloud, locally on your smartphone. With an accuracy of 0.2 mm, it provides more than enough data to work on. Phiz works on both iOS and Android
Scan Speed: aprx. 4min / 8min / 16min* (at low / mid / high resolution setting)
Resolution: up to 1 million vertices per scan
Accuracy: 0.2 mm
Max Scan Size / Load: 1.3 ft x 1.3 ft x1.3 ft, 4.4 lbs.
* Actual scan speed will vary in the smartphone specification.
Phiz is full of innovations. Built-in batteries, wireless connections, smartphone compatibilities and many more. Thanks to the patented technology, the scan range is fully adjustable.
Phiz is capable of generating detailed pointcloud files. The pointcloud can contain up to 1 million vertices, with color. The 0.2mm scan accuracy provides more than enough data for your work.
We designed 3DScanLink app specifically for the Phiz 3D Scanner. It does the 3D scan completely local in your smartphone. But if you choose to go online, the cloud meshing feature will totally blow your mind.
3D Print Ready
Phiz can generate .STL files from each scan. You can use them directly for your 3D printing projects.
Phiz can create textured 3D assets. Export them directly for your Augmented/Virtual Reality applications.
FAST & ACCURATE 3D SCAN
Phiz takes 4 - 16min to 3D scan an object. It can generate 3D models with up to 1 million vertices at 0.2mm accuracy.