3D image measuring
Comparing to the traditional 2D image measuring, the 3D image
measuring is able to measure the 3D edge contour and the 3D
features, it is a revolutionary development in the contour
measuring area.
Principle
The LSP50 laser Hiscanner calculates the edge point of the object
via the crossing of the 2D image contour and the laser line
projecting on the object.
As the sample shown below, the software detect the image edge of
the circle through image processing, and the laser line center L is
crossing the circle, which create 2 points P, Q.
Specification
| LP550 |
| Weight | 390g | Scanning measuring speed | 10752points/sec |
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| Dimension | 145*110*45mm | 3D image measuring speed | 1 time/sec |
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| Adaptor | M8, PAA1 | Scanning measuring accuracy | 25 um |
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| Depth of field | 50mm | 3D image measuring accuracy | 20 um (clear edge contour) |
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| Min. laser width | 0mm | Scanning measuring min. points distance | 0.06mm |
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| Max. laser width | 50mm | Laser level | Level 2(Visible red light) |
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| Standard working distance | 115mm | Laser wavelength | 650nm |
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| Sanning single line density | 768points/line | Working temperature | 10-40°C |
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| Depth of Field | 50mm | Minimum laser width | 40mm |
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| Maximum laser width | 50mm | Standard Working Distance | 115mm |
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Notice: The 3D image measuring has high requirement of the surface
of the measuring object, the object of light color and matte finish
can be directly measured, for example gyp or wood, other objects
require the surface process.
Reverse engineer
Users are able to get clear and accurate edge data of the object
via 3D image measuring function, offering reliable data for reverse
engineering processing. Combining 3D image measuring function and
laser scanning measuring function is able to gain complete curve
information, edge data and the holes features data on the object.
