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@Technologically Enhanced Operability |
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High Resolution |
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Able to obtain 250x200mm wide area sample images with technology that ensures high positioning precision by maintaining 20µm resolution throughout the entire area. |
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Position Designation
Digital zoom is done by simply rotating the mouse wheel, allowing you to check part numbers on a board at any location on even wide sample images (left). |
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Auto-approach |
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Height adjustment is done manually by top-down irradation type XRF analyzers, but the SEA6000VX has an auto approach function that automatically approaches the results of an auto sample hieght measurement using a laser sensor. This not only improves operability but prevents damaging the instrument or a sample by mistakes in operation. |
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High Precision Overlap Function |
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High precision analysis over a wide area is enabled by the complete overlap of sample image and mapping image by employing a telecentric optic system and high precision XY stage. With a non-telecentric lens, analysis is very difficult without matching points specified on the sample image with points on the mapping image when measuring undulating samples. |
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By overlapping the sample image and mapping image, areas that contain target elements are easily specified. Position precision of overlapping is within 100µm.
Overlapping sample images up to a maximum of 3 elements and sequence change is possible. Many tools, such as semi-transparent display and hue adjustment of overlapping images, are provided, greatly improving analysis performance. |
| [Pb analysis by high precision overlapping] |
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| Figure 1. Pb displayed on surface |
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Figure 2. Sn displayed on surface |
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| From figure 1 we see that Pb is contained in both A and B. From figure 2 we see that Sn is contained only in A. In other words, A is Pb in solder and B is Pb in chip resistors. |
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Continuous measurement reporting |
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Measurement results are transferred to Excel by one-click. Results, such as sample information, date of measurement, etc., can be verified in a list. By clicking on the sample number, a quatitative report that includes conditions, the sample image, and spectrum are created in an A4 format and used as the measurement report. |
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