![]() Then you just click on “Save.” So it’s as simple as that. ![]() In this case, it’s a signature over here. So in our case, let’s go with the latest DWG format, and whatever it is. Whichever you did pick, the last step is the same, just click on “File”, “Save as,” Vector”, and just pick whatever format it is that you wanna use. You’ll essentially be getting the same result with either one, but it just depends on your preference. So what I would do if I didn’t want something similar to the last one is to export this file, and then when we put it into our CAD software, all I do is just fill in the inside of this outline with a solid fill, and that should be good enough to create sort of a solid signature that we can use on our CAD software. Sorry, “Run,” and then “OK”, and now it looks like this. ![]() And then if we’re happy with the preview over here, we click on “OK”. The option of using outlines still remains, so let’s click on “run”. But if there’s something that you wanna do… Let’s just close up the vector files, I’ll show you what else we can do. So technically, if you do import this into your CAD software, it’s gonna be effectively the same. There isn’t really a way around it, it just makes the technical process of it more efficient and it makes the conversion go a lot smoother. This is just the way that Scan2CAD converts objects like these ones. And I got left with the solid black object under the white overlays. Click on the eraser tool and just click on these ones. It seems like it’s a solid black object, but actually it’s a black object with white objects overlaid on top. So when we use solid… Just wanna show you why you might not want to use this for your CAD software. So it kind of creases around the black parts of the signature. So if we click on “outline” and click “run”, we’re gonna get something that looks like this. At first, I think you’re gonna want to use these, but I’ll show you the difference between outlines. So as you can see, if we click on “solid”, you’re gonna get something that looks like this solid and black vector objects. Actually, let’s untick this one since it’s not really needed here. Now, there are two options when we try to convert signature scans it would be “outlined” and “solid”. Next step would be to click on “Convert image”. We can mess with the sliders here if we want to, but I’m just gonna keep them at the default position. Click on “Threshold” if it’s not already greyed out, this just converts the entire image into a black and white image. So once we get something that we wanna convert, the first step would be to click on “Clean image” over here. So ideally we want something that looks like this, clean and crisp as much as possible, no blurriness or pixelations, and we want to avoid any creases or shadows that would come with less than ideal pieces of paper that we scan in our scanners. So the most important thing with any CAD, or conversion software rather, is the quality of the source image. So today we’ll be taking a look at how we can use Scan2CAD to convert scanned copies of our signature into vector images that we can use in our preferred CAD software. In this article, we’ll discuss the process of inserting your signature into CAD drawings without having to resort to manually tracing them on your CAD program. The better but more tedious option would be to trace these signatures to create vectorized linework versions of them.įor those of us that don’t have the time to manually trace and convert scans of signatures, there are automatic alternatives that have a leg up on both labor and time, the most reliable of which is Scan2CAD. ![]() Now, this poses a lot of issues, including the pixelated looks of most scanned images inserted into CAD drawings and the usability of CAD files that contain inserted raster images. In a lot of these cases, these drawings will have signatures or professional seals to comply with title block regulations or standards.ĭrafts might resort to taking scanned copies of the signature and then import these into the drawings. For most of these users, CAD software is extensively used to draft up floor plans and technical drawings. A big portion of the userbase for most CAD software are architects, designers, and engineers. ![]()
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