Air Turbine

thingiverse

Hi ! So here I'm explaining this tool. This is my personal turbine, which I'll be using for several projects - I'm actually a welder and want to build a forging table but it needs constant airflow in the fire hole, so I decided to build this turbine. Don't worry about heat; I'm not careless, and there will be a prolongation tube to keep me from being too close to the fire hole ;). Anyway, I wonder if I might use it to suck air out of my printer box because it smells like too much plastic, etc., etc. See it in action here: https://www.youtube.com/watch?v=9UJlB6V35uU&feature=youtu.be So! This is my personal air blower. You'll personally need: --> M4 Bhc/Chc/H 20-30 mm long screw --> One little ball bearing 11/4.8 with 5mm thick (you can print a shaft or replace it with an M4 shaft; it will work just fine, don't worry) --> M4 nut or Counterlock nut Not too much required, huh? I also published the size if you want to make your own adaptable air system or tube so you have the quotation in millimeters. For the motor, prefer a 12V motor with high speed ;). The reduction is about 42/8. It multiplies the motor speed by 5.25 if there's no friction. Depending on the motor, it can blow (for me) ±20L of air per minute. I printed this on a small print bed: 115/115/115 mm. This is a work in progress as long as I can modify it if you have any requests about it. Don't hesitate to drop a like or subscribe ;). If you want to see more or want to give me an order/suggestion of project, you can go on my Facebook for requests, etc.: https://www.facebook.com/WaveProduction-898263533576863/ Print Settings: Resolution: Normal - Fine Infill: Depends on the part. Notes: Print bed required: 115mm long / 115 mm wide / 60mm high Layer height recommended: 0.2 - 0.25 (but you can use 0.3, but it will look crappy and surely cause friction) Plastic recommended: ABS / PLA are fine