recommended 3d printer sketchup for schools

We needed both the outer diameter dimensions of the pump as well as its depth to ensure the mount stuck out far enough to avoid entanglement with the Z-axis. The design process was fairly simple and required a few measurements of the water pump itself. The pump needed to be close to the spindle, so we made a 3D object that would allow the pump to move with the spindle, whether it was side-to-side or up and down. The first is a bracket of sorts that mounts a water pump onto our CNC machine so we can use a water-cooled spindle with our machine. Now that we’re out of the explanatory portion, let’s show you some items that we designed from scratch. While there is a learning curve for these programs, a trial-by-error approach is best anyways since every 3D printer seems to have its own temperament and small quirks that need to be adjusted on the fly.

We have found it very intuitive and self-explanatory. We’ve mentioned Slic3r as one of these programs and we have also used ReplicatorG. These programs are mentioned in the previous slicing post, which you can view here. There is a variety of programs that can do this, with many of them being free open-source software that anyone can download and use.

STL and GCode format that the 3D printer can read.

Once you have a design made and ready to be converted into a 3D file, it’s time to use a computer-aided manufacturing (CAM) program that converts the file types into. While AutoCAD may appear cheaper looking at their respective sites, keep in mind purchasing Sketchup is a straight license, whereas AutoCAD is a subscription service that requires payment at a monthly, quarterly or yearly rate. AutoCAD is generally thought of as software for creating blueprints, but also has the ability to do 3D design like Sketchup. You can give the software a try with a free trial run, but if you plan on creating your own prints regularly, you’re going to need a program like this for 3D modeling. Sketchup is a similar design program to AutoCAD, except it’s significantly cheaper and much more user friendly for those who didn’t attend architecture or engineering school. Rather than printing something via Thingiverse that someone else made, we began to design our own 3D objects in Google Sketchup. Now that we’ve covered those aspects, it’s time to expand our 3D printing knowledge. While the previous post outlined specific slicing settings, the following post will give a better overview starting with theory and ending with physical objects. Since we began this 3D Thursday series, we’ve explained the basics of how it works, how to print pre-made objects and what exactly slicing means in regards to the design process.

Recommended 3d printer sketchup for schools