What is the 3D scanning speed/frame rate of iReal 2E 3D color scanner?
It can achieve 10 frames per second (1,000,000 points per second of the biggest scanning speed) under the standard mode. When the computer memory is equal to or larger than 6G, you can adjust the frame rate to 15 frames per second (1,500,000 points per second of the biggest scanning speed) in the 3DeVOK Studio software settings.
The bigger the frame rate is, the more features a single frame can capture, and the smoother the (geometric) feature alignment will be.
What are the basic specifications of mapping captured by iReal 2E 3D color scanning?
- Image format: png;
- Horizontal/vertical resolution: 96 dpi;
- Bit depth: 24.
What is the pixel of the camera of iReal 2E?
iReal 2E is equipped with three sets of built-in cameras: two sets of industrial black and white cameras and one set of color camera, all three pixels are 1.3 million.
Notes: Although higher pixel brings a higher quality of the image captured per single frame, it is true that those cameras with higher pixels tend to have much higher requirements for data transferring, real-time calculation and PC configuration. Therefore, cameras with 1.3 million pixels are relatively cost-effective for iReal 2E after a comprehensive consideration.
iReal 2E Product & Packaging Details (Approximately)?
| Size (L*W*H)/mm | Weight/kg | |
| 3D scanner body | 140*94*258 | 0.85 |
| Waterproof carton packaging | 360*280*170 | 5.2 |
| Carton outer packaging | 530*300*380 | 6.5 |
What’s included in the product package of iReal 2E?
- A iReal 2E 3D handheld scanner;
- 1 PC master plate;
- 1 PC USB 3.0 cable 4m;
- 1 PC power adapter;
- 1 PC marker – Ø6mm;
- Waterproof case;
- 1 PC iReal 3D software;
- 1 set software Dongle;
- Paper materials (shipment list, warranty card, product qualification, delivery confirmation.)
What is a 3D scanner? What is it used for?
A 3D scanner is a measuring device for measurement and analysis of the geometric structure and exterior texture of a real-world subject or environment. With the graphics and image processing technology of 3D scanners, the three-dimensional information of an object’s surface can be obtained in the form of 3D points, the collection of numerous 3D points is called the three-dimensional point could. The 3D point cloud can be turned into a 3D digital model through the wrapping process. Those 3D models have a wide range of applications, for instance, 3D data monitoring (such as flaw monitoring of mechanical parts, abrasion analysis of molds, etc.), reverse engineering, personalized medical treatment, engraving processing, 3D data archiving, 3D model analysis, television animation, video games, virtual display, objects/figures modeling, 3D exhibitions and so on.
