3D Printing applications extend to many spheres of life today including elementary education schools. This is partly because of the progressive inclusion of 3D printing activities in the many school curricula.
However, even as this happens, proper learning of 3D printing skills can only happen if schools adopt the use of quality 3d printing equipment.
In this article, we explore the best 3D printers one can use in elementary schools, and how to go about it.
Elementary School 3D Printers Checklist
Not all printers are suitable for elementary school learning.
Therefore, it is important to consider the various characteristics of the students in this age range and find printers that would best meet their learning needs.
That is why we list some of the main factors to consider before buying printers for elementary school learners.
Printers are generally costly equipment. However, even with this fact, there are those that can be considered affordable for most schools.
Therefore one should consider not only the cost of initial purchase, but also the cost of repairs, maintenance, and accessories.
Installation & Setup
Elementary school printers should be easy to install and set up for the learners. The setup involves the loading of vital accessories such as filaments.
In most schools, the 3D printers come and find classrooms already in place. Therefore, the size of the classrooms in most schools is not fixed.
Therefore, while shopping for the best printer, one should always consider the size that will fit well in the classroom space, while leaving enough rooms for other learning activities to go on with little or no inconvenience.
Top-rated 3D Printers for Elementary Schools
Some of the best-rated elementary school 3D printers on the market today are:
The Robo C2 3D Printer is one of the best 3D printers for elementary learners and teachers it contains several student-friendly features, including a partially enclosed printing and detachable but not heated print bed.
It is the best 3D printer you will want to use for your school because of its extensive options of connectivity such as mobile app, WiFi, and the Octoprint–powered browser-based operation.
“I have been wanting a 3D printer for my classroom for a while now, but the cost was always an issue. I did some research on 3D printers, I was looking for one that would get me into the door of 3D printing without breaking my bank account.
After researching I came across the Robo C2 printer. It was exactly what I was looking for. After receiving a grant through my PTO I was able to purchase this printer.
Right out of the box it was easy to use and understand. I did come across some issues with the raft lifting on large prints, and after talking with the company and doing more research, I was able to work through the problems.
This printer is perfect for my Project Lead the Way class and the customer service is fantastic. My middle school students thank you.”
If your school has spotty wifi or you constantly experience unreliable cabled networking infrastructure, Robo C2 Smart Assembled Printer is a hot cake that you should go for or recommend to your school.
With this printer, your students will concentrate on designing models and sling the files directly to the printer itself for print preparation.
The Dremel DigiLab 3D45 is the second topmost ranked printer that many educators are looking for because the machine can care for itself.
This printer requires a minimum set up and is classroom friendly due to its extra touches such as a print monitoring camera which is large and can easily be used in navigating the touch screen.
“Easy setup and awesome for classroom jobs
This little fella was relatively easy to set up! Just follow the directions and you are ready to go!
My first print job was up and printing within 20 minutes of taking it out of the box. Soooo excited for my students to print off amazing creations. What a time to be alive!”
The Dremel DigiLab 3D45 is a great buy because features automatic filament detection and print setting adjustment.
Also, the fact that it has a carbon air filter that captures volatile organic compounds emitted during the printing process puts it ahead of the rest insofar as the classroom environment is concerned.
Flash forge Finder is now available in the market to cater to the needs of elementary schools that do not have adequate financial resources as the tool is of low and affordable price as well as reliable.
Flash forge Finder is higher searched and traded because it is designed with an effortless setup and comes with some educational discounts directly from its manufacture.
I recommend that you go for this machine because of the easy-to-understand manuals that come with it.
Sculpto+ plus will serve your desires and needs of educators and students wanting to tap into their printers to make use of their wifi connectivity.
With the advanced technology, educators can tap into their Sculpto+ via the Sculpto App and browser–based control page for printing preparation with the help of its inbuilt slicing engine.
Sculpto+ is a new printer in the market that is highly portable and suitable for schools that has fewer printers and thus will use them to move and share from one class to another.
Have you ever come across Wifi-only UI experience in any printer? Well, this printer has such a feature.
The white acrylic body panel of this tool will remind you of the past Ultimaker’s modish 3D printers that were long used by those who existed before us.
Just as a reminder of the older machine, that once existed, Ultimaker Original comes with high specifications that work best with the current elementary school status.
Ultimaker Original + plus is a high-quality tool that will last for a long time in operation hence serving your school from the constant cost of repair and replacement.
XYZPrinting da Vinci Jr. Pro 1.0
If you go for XYZPrinter da Vinci, be assured of some extensive program from the XYZ printing company positioning its printers in your classroom, with its curated curriculum of lessons and resources.
Since most schools experience financial constraints, this tool comes to solve such issues as it features low-budget devices and accessories.
It has an enclosed print area, and 3rd party filament compatibility as well as a wide range of curriculum offered by its manufacturer.
Tiertime UP Mini 2ES
Tietime Up Mini is the latest upgrade with an added ES that ensures the safety of any user and quality of life improvement to make it a serious contender for everyone.
This printer has almost all that educators require for their students starting from a wide range of connectivity options and its advantage for setting on a benchtop and letting students experience its operation.
You need to order this machine as it is fuss-free and simple to operate and delivers quality results
Cost of 3D Printers for Schools
The prices for 3D printers vary from one type to another based on size, features, quality, durability performance, and the place of manufacture.
Depending on your specific needs, 3D varies in cost.
The average cost of these machines is about $400 but I would advise that if you want to shop for a particular printer, simply go to the website of the company you intend to shop from and check.
On the retail website, simply specify your machine specifications using filters and the various prices of relevant 3D printers will be revealed to you.
How to use a 3D Printer in Elementary School
Are you stuck on how and where to start working with that brilliant 3D technology recently introduced in your school?
Well, here, we tell you how to use the 3D printer to promote a higher engagement level to your students in school.
The following are the simple steps follow when you want to use 3d and you are stuck on where exactly to start and operate
Step 1: Create a Design
The first thing you should when in need to perform a task with a 3D in your school is finding a design using the 3D software, particularly for CAD software.
Step 2: Export the STL File
After creating a design, you are required to download the STL file, a file that stores the information concerning the elementary school tool.
Step 3: Select your Material
I this step you are needed to choose your assigned or preferred 3D material based on the features that you want your object to feature.
Step 4: Choose your parameters
Here you decide on the different parameters of your object and the printing process which include your choice of size and the placement of your print.
Step 5: Design a Gcode
When done with the parameters, import the STL file into slicing software such as BCN3D Cura.
This software will help you convert the data from the STL File into a GCode, a specific code containing the printer’s instructions.
Step 6: Print
Your main interest will then fall under this step, where your printer will magically create the object layer by layer based on how you want your product to appear.
When you are done with this step, you can still experience some additional post-processing steps after printing such as painting to make your school elementary materials look beautiful.