Examination and Measurement Principles
Employs Two Light Sources (Short Waveform Laser Light and a White Light Source) |
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Measurement principle
The VK-9700 employs two light sources: a Short waveform laser light source and a White light source.
Information about color, light intensity and height necessary to set color ultra-depth, light intensity ultra-depth and high-low images can be obtained by employing these two types of light sources. |
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Only the Laser Scanning Microscope can achieve a high level of examination and analysis.
Compare microscopes and realize what the VK-9700 can do. |
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Optical
microscope |
SEM |
Roughness
gauge |
Laser Scanning
Microscope
VK-9700 |
| No preprocessing |
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× |
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High definition
ultra-depth
examination |
× |
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× |
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| Color examination |
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× |
× |
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3D dimensional
measurement |
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× |
△ |
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*Comparison with commonly used optical microscope, SEM and roughness gauge.
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High definition and ultra-depth [Sharpness comparable to SEMs]
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| Employs a short waveform violet laser. As well as enabling 18000x high definition magnification, the VK-9700 examines objects based on an ultra-depth image technique that focuses over the entire field of the microscope. |
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Examination in real color [High definition with real color images]
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| Combining a short waveform laser and a white light source has enabled examination based on the HD real color ultra-depth image technique. This provides high definition images with color information. |
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Roughness measurement |
Measures roughness of any lines or curves drawn on the screen or plane roughness of any specified area on the screen.
Features excellent capabilities such as noncontact measurement, magnification analysis of any measurement point and plane surface measurement.
These features give the VK-9700 an edge over traditional contact roughness gauges. |
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Line roughness measurement
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Surface roughness measurement
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| Catheter (1000x) |
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Metal surface (1000x) |
3D display [Virtual trackball method] |
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Change the angle of an object by moving the mouse.
Data under examination appears on the screen in the 3D mode. The mouse can completely control the viewing angle, lighting angle, zoom level and Z-axis height. |
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360-degree examination from any direction. Examination at the most appropriate angle.
Bump (1000x) |
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