Introduction: ReliefRep V.1
Here pictured is the first version of my large-format RepRap-oriented, Arduino-based, 3D printer, paintstruder, and plotter designed and built from scratch back in 2014. Printable / plottable area is almost 3 feet. 80/20 aluminum extrusion is used for the frame and most connective parts were 3D printed on my other bots. A 1/2 inch sheet of glass serves as the printbed.
Step 1: Left Side Detail
Power supply, RepRap Arduino MEGA Pololu Shield (RAMPS), Y-axis motor, X-axis motor and carriage, 1 of 4 manual Z-axes knobs, and skateboard bearings. The X-carriage can fit various modular extrusion / plotting attachments.
Step 2: Right Side Detail
X and Y axes belts.
Step 3: Cable Management Part 1
Step 4: Step 4: Cable Management 2
Rather fortunately placed pipe thanks to East Coast old building boiler heating infrastructure.
Step 5: Plotting Example
Custom X-carriage pen holder attachment pictured.
Step 6: Syringe-Based Paintstrusion System
Custom 3D printable syringe-based paintstrusion system. Fits 60ML syringes and is designed to be quick-release, so that I may prepare many syringes with acrylic paint and swiftly switch them out as print-paintings are in-progress.
Step 7: Paintstrusion Example 1
Example of initial paintstrusion attempts with the paint consistency mixed akin to frosting.
Step 8: Paintstrusion Example 2
Experimenting here with "plotted-pourings". Instead of plunging paint via syringes, I decided to instead mix paint with a specific viscosity to drip at a flowrate that matched the feedrate of the printer.
Step 9: Plastrusion Example 1
3mm filament plastruding through a J-Head hotend. Glass is treated with spray fixative to create temporary tack.
Step 10: Plastrusion Example 2
2 foot painterly 3D print in progress. 1.75mm filament speedily plastruding through the new "Volcano" E3D hotend.