Hello,
I have been trying to find a 3d printer that meets my needs for a while but have had little success so I figured I would ask what it might take to make my own. I am very new to this but have tinkered slightly with an arduino printer before.
As a beginner, I really appreciate any help I can get. I dont really know how to gather info about Arduinos and their ecosystems.
I was thinking of getting a Giga but I was unsure if it is compatible with the shields and boards (ramps1.4 and etc) used for 3d printing. I also really hate turning the potentiometer on the ramps 1.4, if anyone has alternatives then I am all ears.
I would like to know:
- What board works best for my application?
- What shields and additional electonics are required to achieve my goals?
- What power source unit will be sufficent or better for my needs?
I am not asking for determining what use for heaters, motors etc, just what psu, Arduino, and all other hardware/circuit boards that are needed before plugging in the heaters, motors, etc.
My needs:
- Dual extruder(s). Either 2 in and 2 out, or IDEX
- Hoteneds must be able to both accept pt100 or pt1000
- I prefer 24v hotends just because it gives me the option of using a pt100 E3D Revo
- Autobed leveling
- usb or sd card in printer or on the controller screen.
- The more options on the controller the better
- Heating bed capable of easily reaching 100C and bonus for higher. I am will to compromise and use an externally powered and externally controlled silicone heater if needed.
- An arduino that will not have have to pause to think mid print.
- An arduino ecosystem capable of more precise stator motors than average. But not so precise that I overheat electronics or skip steps. If the extra detail is unnoticable for fdm then ignore this need.
Bonus if:
-the setup can have a filament flow sensor
-the setup can run liquid cooling for for the hotends
-the components are upgradable for future tinkering
I dont need:
-Wifi
-Camera monitoring or AI print failure detection
-a RGB LED setup to put disco to shame, just some basic lights if possible
-An integrated filament drying chamber
Context that might help
-I live in the US so that may limit PSU options
-I want to reach hotend temperatures accurately around 360c. I dont see a reason to go higher currently but higher is welcome
-I need direct drives capable of flexible filament and hopefully as low a shore hardness as 65A.
-I want to be able to have powerful enough motors to reliably move the heavy direct drive Extruders, Motors, and Hotends at a max speed of 60mm/s print and 80mm/s move/jog
- I plan on printing pet-gf, pet-cf (brittle), pla, abs, flexible filaments (as soft as 65a), disolvable support filaments.
Please dont take my slowness to reply wrong. I will respond when I can and realy appreciate any help I can be given in finding out if there is a feasable Arduino foundation for making my own printer, rather than buying one and having to heavily modify it. I have tried researching so many common and uncommon 3d printer brands and their forums for modifications. The combo of reliable dual extruders with >300C capability, smooth prints, large build volume, reliable heating bed, CF and GF capable nozzles, and extruders capable of soft flexible filament appear to be extremely rare. Thank you!