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Online Support and Services
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| Features |
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Quick 3D |
Instant 3D Images by Simply Moving the Lens |
| For full details, download the PRODUCT CATALOG using the CATALOG icon in the Online Support and Services box above |
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Quick 3D Display [Highest speed in the industry] |
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| Ultimate ease of operation |
| Through speed-up of the hybrid D.F.D method, the VHX-600 lets you create a high-quality composed image instantaneously by turning the focus adjusting knob and proceeding directly to the 3D display mode. |
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D.F.D method |
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The D.F.D method is an abbreviation of the depth from defocus method, a method for obtaining 3D depth data through analysis of defocus of 2-D images. Even if a completely focused image cannot be captured, the VHX-600 series calculates a height difference of the target. Thus, the VHX-600 series enables depth composition and 3D image display by using less sample images than conventional microscopes. This method eliminates the need to load images on all focus positions, resulting in analysis efficiency improvement.
The hybrid D.F.D method provides the following features:
• Accurate composition even with a target that has a gentle slope and no remarkable unevenness. (A.D.I algorithm)
• Noise waveform generated on a target edge can be eliminated securely. (A.S.I filter) |
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3D illumination simulation |
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| Since the illumination direction can be changed freely through mouse control, the VHX-600 can capture optimal images according to the purpose of observation, such as observation of the profile and surface condition. This function is effective for observation of fine surface conditions. |
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3D comparative function |
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| This function compares two different targets placed side by side, while changing the observation angle. Furthermore, the newly added comparative difference display function, allows you to capture a profile difference visually with two types of 3D data superimposed. |
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Various measurements on the 3D image [New function] |
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| Volume measurement |
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Cross-section profile measurement |
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| A volume surrounded with the rectangle on a 3D image can be measured. |
An arbitrary cross-section profile on a 3D image can be measured. |
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| Plane distance measurement |
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Plane angle measurement |
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| A distance between two parallel planes on a 3D image can be measured. |
A cross-section angle of two arbitrary planes on a 3D image can be measured. |
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| Related Information Topics |
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| Related Product Downloads |
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Digital Microscope
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| Easy to Use High Speed 3D Observation |
VHX-600 Series
NEW
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| Digital Microscope (Standard Model) |
VHX-500F Series
NEW
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| High-Resolution Video Microscope (Discontinued) |
VH-8000 Series
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| Color 3D Laser Scanning Microscope |
VK-9700 Series
NEW
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| Ultra-deep Color 3D Profile Measuring Microscope (Discontinued) |
VK-9500 Series
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 Price Info |
| Request VHX-600 Series price information. |
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