The RepRap project began as a British initiative aimed at developing a 3D printer capable of printing most of its own components. RepRap – which is short for replicating rapid prototyper – is an open design and all the versions produced by the project and by collaborators and designers around the world are released under a free software license, the GNU General Public License.
Dr Adrian Bowyer, a Senior Lecturer in mechanical engineering at the University of Bath in the UK , envisioned a scenario wherein people could build and distribute RepRap units which would allow them to create their own, complex products outside of the existing industrial infrastructure. To Bowyer, it was also critical that the RepRap evolve as part of the project.
Now SebaSera94, an Italian electronics hobbyist, has built what he calls the “SeraMaker,” a 3D printer build project undertaken for a thesis required for the state exam in “Electrical, Automation and Safety at Work” at the Istituto D’Istruzione Superiore Giacomo Floriani, and it carries on the RepRap tradition.
The SeraMaker is an FDM machine, and the inspiration for the project was taken from the RepRap, open source 3D printer model.
To be more exact, the design for the printer is based on the Prusa Mendel i2 version of the RepRap, and the designer has released all the necessary files and tutorials to let you print and build your own version of the machine.
The SeraMaker is housed in half a dozen pieces of MDF of thicknesses ranging from 12mm pieces for the outer case to a 5mm piece which the designer used for the base which separates the build area from the electronics housed in the lower portion. The control unit is an Arduino Mega 2560 equipped with Ramps 1.4 to control the power loading.
The SeraMaker uses stepper motors to generate the motion axes with extreme precision, and a total of five motors – including two used to actuate the two horizontal axes, two used for the vertical axis- with the last used to drive the filament through the extruder.
It features a 20x20cm build plate which uses an imprinted copper coil to heat its surface. The windows of the printer are fixed from the inside with the exception of the front window, which is attached via hinges with magnets and a metal plate located behind the handle to provide closure.
All the electronic components of the SeraMaker such as an ATX power supply in a junction box, are located in the lower part of the structure. The lower portion of the machine also holds the Arduino Mega 2560, control motors, a relay to separate the power circuit of the heating plate, a card used to control LEDs and a small 50mm fan for ventilating the interior of the printer.
Except for the structural and mechanical components such as stepper motors, axles, bogies and pulleys, the MDF and plexiglass housing, the rest of the parts can be printed in ABS, and you can find the necessary models here on Thingiverse .
You can also check out Sebasera94’s electronics projects and tutorials on his YouTube channel. What do you think of the SeraMaker? Will you take on the task of building one for yourself? Let us know in the SeraMaker forum thread on 3DPB.com.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
GE is the Big Winner in DoE’s $72M Advanced Manufacturing Investment
Last week, the US Department of Energy (DOE) announced $72 million in funding for domestic wind energy and hydropower projects, including over $40 million awarded to projects for advanced manufacturing,...
3D Printing Webinar and Event Roundup: September 10, 2023
This might possibly be the longest webinar and event roundup we’ve ever done at 3DPrint.com—that’s how many offerings there are this week! I won’t waste your time in this introduction...
3D Printed Ramjet Created by Lockheed Martin and Velo3D
To bring hypersonics to reality, we require either materials that surpass the performance of those NASA and other organizations developed in the 1970s, or innovative ways to utilize these existing...
How Can 3D Printing Impact the Semiconductor Supply Chain?
Just as AM as a whole is being used as a tool to ensure more flexible, sustainable supply chains, 3D printing will be used to do the same for microchip...
Upload your 3D Models and get them printed quickly and efficiently.