Flexible 3D scanning system versatile for 3D scanning different objects and parts.
New Models – The HDI Advance has been replaced with the CARBON X 3D Scanner. Learn More
While other systems can be restrictive in its ability to only scan similar sized objects, the HDI Advance 3D scanners are different. The HDI Advance scan objects of different shapes and sizes simply by changing the observable area (field of view). You can make the field of view smaller or bigger by placing the cameras in different preset slots on the mount. The systems offer the flexibility for scanning a wide range of parts, objects, and people into full digital 3D models.
Available in three models depending on your needs.
| Models | Cameras (a pair) | Scan Speed | Average Data Points | Average Polygons | Field of View (diagonal) | Accuracy (microns) |
|---|---|---|---|---|---|---|
| R1x (Core) | 1.3 megapixel | 1.3 seconds | 1.1 million | 2.2 million | 165mm 310mm 455mm |
60µm 105µm 115µm |
| R3x (Best Value) | 2.8 megapixel | 1.2 seconds | 2.6 million | 5.2 million | 200mm 400mm 600mm |
40µm 65µm 85µm |
| R5x (Performance) | 5.2 megapixel | 1.2 seconds | 4.9 million | 10.1 million | 200mm 400mm 600mm |
25µm 35µm 50µm |
“We are using the HDI Advance 3D scanner almost every day, and having it here makes a huge difference in timing. We compared the resolution and accuracy on 10 parts that we recently had scanned by a service company using a $300K white light scanning system and got identical results.”
Walter Zimbeck Manager, Ceramic Micro Devices Group Technology Assessment & Transfer, Inc.
As your 3D scanning needs change over time, upgrade the scanner’s hardware components (cameras/lenses) to improve scanning performance without the purchase of an entirely new system. You can also change the cameras/lenses for scanning extremely small objects (i.e. coin) or large parts (i.e. car).
University of Western Ontario’s Sustainable Archaeology Animation Unit (SAAU) leveraged four Polyga 3D scanners to create color 3D digital archives of large archaeological collections. By capturing the true likeness of artifacts, researchers, students, and the public have access to them without ever having to step foot into a museum or storage facility.
Brooks Sports wanted to move their physical-based shoe samples to the digital realm. This would allow Brook’s shoe designers to see their changes in near real-time, at a fraction of the cost and time compared to conventional method. FlexScan3D’s photogrammetry data alignment, combined with turntable and high-resolution color texture capture option, made our 3D scanner an ideal scanning solution for this product visualization project.
National Oceanic and Atmospheric Administration, in collaboration with the University of Miami, studied the impact of light and partial pressure of carbon dioxide (pCO2) on Staghorn coral. This is the first study the researchers are aware of that used 3D scanning to measure the growth rate of living corals. The corals were not harmed during the scanning process as each coral was exposed to the air for a maximum of one minute.
