Goals:
CAD and Program a robotic arm to print 3D objects
Design to be mostly 3D printed with limited support
Budget at less than $1,000
Make it reasonably precise (±0.1mm)
Timeline:
February 2021 - Present
Features:
Mostly 3D printed construction
Total reach of 468mm
Magnetic endstops on proximal and distal joints
32 bit controller with trinamic stepper drivers
Carbon fiber arms for reduced weight
High precision (21.875:1 and 14:1 reductions)
E3D V6/Volcano compatible hot end
How it Went Down:
My goals were to enhance my CAD and programming skills. I started by researching and developing a fun, utilitarian, and challenging idea, building a robotic arm to print 3D objects. After many hours of designing and iterating in CAD, the printing phase began. More revisions were made during this time, ensuring components' fit and function. Version A of the frame has been completed. The programming phase begins.
The Build Process
Speed Testing