This mode lets you look at each individual layer and the path the printer will take. As seen below most there were obvious errors that were going to happen. Here was a project that I was working on for a Math student. Odd object Some objects usually small or thin often have a hard time generating a good gcode.
#Stl to cambam software#
Usually this is due to the software you used to make the gcode will want to add automatic supports inside the model. Luckily most of the extra material is on the outside and can be broken off after printing. My best advice is to reorient the model and pick the least of the worst reoriented gcodes. Random Extra Material This is rare and usually has little effect on the print and I have no idea what causes this. So don't print the file because it will look exactly like this. This means that nothing will be printing where the missing material is lacking. Rotate your model until you see something as shown in the picture below. This is the most common problem that you can see usually due to non-manifolds. Below are examples of what you are trying to spot. The most important thing is to rotate and zoom to get every angle so that you can spot the errors. It looks a little odd at first, but you'll get used to it soon. Drag and drop your newly created gcode file into the site. There are multiple viewers, however I enjoy the free online viewer found at: gcode. 98 kia sephia fuse diagram diagram base website fuse diagram Next we take our gcode file that we just created and import it into a gcode viewer. To create the gcode of your file, import your model and export it as a gcode. These programs are free to download and take your model and convert it into a file that can be printed. There are many options for a software to slice your model to be printed, such as Slic3rCuraor as I am using in the pictures, Makerware. Did you use this instructable in your classroom? Add a Teacher Note to share how you incorporated it into your lesson.
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Learn how to make gcodes, inspect them, and make them be one of your best 3D Printing Friends. Objective : The g-code is the easiest and most accurate way to predict how your part will print.