The initial setup should only take about 30 minutes to one hour, maybe two hours if you take your time reading the instructions and making sure everything is good. Just make sure everything is secured in place to avoid potential malfunctions along the way.
It’s not that hard to attach the remaining parts, even for non-techies. The R2 arrives mostly assembled, needing only a few parts that need to be installed. It’s fully enclosed on all sides except at the top, with the print head receiving filament from a spool mounted at the back of the machine.
#Best 3d printer for schools full#
In a market full of copycats, the R2 stands out for having an eye-catching design that immediately tells you it’s not your usual run-of-the-mill 3D printer. It’s an exceptional machine that is not only recommended for educators but also for anyone who wishes to take up 3D printing as a hobby. The R2 is one those things that make you really appreciate Kickstarter and other crowdfunding platforms for helping bring amazing projects to life. Let’s move on to our individual descriptions of the best 3D printers for libraries and schools. Got all of that on a piece of paper? Good. Okay, this isn’t exactly a super-important criterion, but the 3D printer needs to be capable enough to produce results that won’t make your audience say “Why does it look like crap? Are all 3D-printed objects like that?” Besides, the less expensive the 3D printer, the easier it will be for the university to get multiple units. We set the price ceiling to $2,000 because we assumed anything above that will draw a lot of questions and raised eyebrows from whoever’s in charge of the school budget. So products with exposed mechanisms such as the Jgaurora A-3, the LulzBot TAZ 6, the Creality CR-10, and the Monoprice Select Mini V2 are off the table. It doesn’t necessarily have to be fully enclosed on all sides or have acrylic covers, but it needs to be safe enough for kids to use. This criterion practically eliminates most cheap 3D printers available under $300. It has to be well-built, perfectly capable of withstanding regular use and can produce consistent results with minimal issues, filament-related or otherwise.
Obviously, it needs to be able to last for more than just a couple of semesters. If it has a confusing interface or requires a lot of tinkering in-between prints, then it’s not a good 3D printer for schools. It needs to be accessible and easy to operate not just for teachers but also for students, especially for K-12 students. The faster the initial setup, the better. Educators need something that lets them start printing in just a couple of hours after the unboxing. Unlike hobbyists, educators don’t really have the time to spend 12 hours, even days, assembling a DIY kit. For this guide, we followed strict criteria in order to come up with only the best 3D printers for educational purposes.
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