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The handheld camera-type 3D scanner is mainly used to scan the spatial shape and structure of the object to obtain the spatial coordinates of the object surface, detect and analyze the shape (geometric structure) and appearance data (such as color, texture) of the object or environment in the real world And other properties). The handheld camera-type 3D scanner (eSharp-X7) supports handheld scanning and fixed bracket scanning, compatible with a variety of splicing methods, and has a variety of bands of light sources (multi-color light sources).
eSharp-X7 handheld camera 3D scanner (3D scanner) is mainly used to scan the spatial shape and structure of objects to obtain the spatial coordinates of the object surface, detect and analyze the shape (geometric structure) of objects or environments in the real world And appearance data (such as color, texture, etc.). The handheld camera-type 3D scanner (eSharp-X7) supports handheld scanning and fixed bracket scanning, compatible with a variety of splicing methods, and has a variety of bands of light sources (multi-color light sources).
Features
1. Multiple splicing methods
Feature splicing/marking point splicing/frame splicing, feature splicing (scanning human faces) without marking points
2. The operation is simple and easy to learn
Handheld scanning, bracket scanning
Triggered scanning, 2 hours of training can be proficient in operation
3. Portable structure design
Handheld and convenient, the device hardware is small, and can be easily brought to the measurement site
Advantages of handheld 3D scanner eSharp-X7
1. High measurement accuracy
Powerful detail capture capability, measurement accuracy can reach 0.02mm
2. Fast measurement speed
Within 0.1 second of single-sided scanning time, millions of points can be collected
3. A variety of band light sources are available
LED white/blue/red/green/multicolor optional
4. Wide scanning range
It can scan objects as small as a few millimeters to several meters, as well as faces and other parts of the human body
5. Rich measurement output data interface
The measured point cloud data is ASC, STL, PLY, IGES, OBJ, DXF, etc.
Can directly exchange data with Surfacer, image ware, UG, CATIA, Geomagic, Pro/E, Master CAM and other software
6. Fully automatic multiple splicing methods
Feature splicing/marking point splicing/frame splicing, multiple splicing methods coexist and intelligently merge into a single-layer point cloud
▣ Classic cases
▣ Technical Parameters
Product number | eSharp-X7 | ||
eSharp-X7-W | eSharp-X7-B | eSharp-X7-C | |
light source | LED white light | LED blue light | LED multi-color light |
Measuring accuracy(mm) | Up to 0.02 | ||
Measuring speed | >1.3 million measurements/sec | ||
Single scan speed(s) | <0.1 | ||
scanning method | Handheld surface scanning / cradle scanning | ||
Single scan area(mm) | 200*150 | ||
Splicing method | Feature stitching/marking point stitching/frame stitching | ||
Working distance(mm) | 350 | ||
Data output format | ASC, STL, PLY, OBJ, etc. | ||
transfer method | USB3.0 | ||
Support operating system | Windows /7/10 64-bit | ||
Compatible software | 3D Systems(Geomagic Solutions)、InnovMetric Software(PolyWorks) |
▣ Application field
Human body related, 3D printing, education and scientific research
To understand the specific application, please feel free to consult online (message) or
call 0755-86131192!
Provide system customized solutions!