What we can see in figure 17. The first is the influence of distance of focal plane on the observed quantity. Ten percent of the field is being scanned.
Here’s our summary of the project.
In September 2009, we started the beta testing of the first fpc2 scanner system on a set of external client sites. We can also see that the majority of the reception is positive. Although compared with the original design, there may be some slight change, however, its performance, we are very satisfied, and, in January 2010, the product was released by us.
The two – dimensional reverse engineering of 2D parts, which are proved to be direct optical measurement, is the fpc6 scanner.
Now let’s take a look at the lower right corner, which is much less focused on the grid. In this case, it’s not so obvious that it’s a straight line. So if you look at this image, you can still do this estimate, which is the center of the line, but this estimate you can do it by looking at more individual pixels. Five or six pixels may need to be considered as the correct number so that the central location of the row can be determined.
Remember, returning the image after the scan is done is something you can’t do. Scanning system will consider this problem, it takes into account the problem through the guide you to put the camera close to the work done, so for the resolution you want, it can be met. The number of pixels in the specified, In this case, more personal images are needed because of the need to create synthetic Mosaic images.
The camera provided by the fpc8 system has a basic limit, which is about 2 or 3 pixels, with the aim of looking for edges. If you are not careful to focus your camera and the subject is not flat or there is a problem with the lighting, the result could be worse. The quality of the images using the default value of 2.5 is our recommendation, but if the scan shows that more details are what you want to do, then this number also needs to be increased.