Turbo Fan Model / Jet Engine Model

thingiverse

You can print your own Turbofan model. This model was inspired by some commercial jet engines. It’s an extraordinary model with a big fan (Rotor diameter: <b>177 mm</b>). The Turbofan can be used as a ventilator with low speed. With high speed usage it also has a high thrust level. The parts are easy to print. You can print the parts with a scale of <b>1</b> or with a scale of <b>0.95</b> (otherwise the motor won’t fit). <b>Printing Settings:</b> The model was printed with an Anet A8 with a scale of 1. (I had to change the machine settings in the firmware, with the scale of 0,95 it will work to print the parts without changing the settings) <b>Used Material:</b> <a href="http://amzn.to/2DesNu1"> <p> NuNus PLA white 1.75 mm</a>* (Printing Temperature 200°C) <a href="http://amzn.to/2CYBgUr"> <p> NuNus PLA red 1.75 mm</a>* (Printing Temperature 200°C) Bed Temperature: 50°C Printing speed: 50-80 mm/s Nozzle Size: 0.4 mm <b>Turbine_outside_middle</b> Layer height: 0.3 mm Shell thickness: min. 0.8 mm Fill Density: 20 % Supporttype: Touching buildplate Platform adhesion type: Brim <b>Turbine_outside_front</b> Layer height: 0.3 mm Shell thickness: 0.8 mm (min. 0.4 mm) Fill Density: 20 % (min. 0%) Supporttype: Touching buildplate Platform adhesion type: Brim <b>Turbine_outside_rear</b> Layer height: 0.3 mm Shell thickness: 0.8 mm (min. 0.4 mm) Fill Density: 20 % (min. 0%) Supporttype: Touching buildplate Platform adhesion type: Brim <b>Turbine_inside_rear</b> Layer height: 0.3 mm Shell thickness: 0.8 mm (min. 0.4 mm) Fill Density: 20% (min. 0%) Supporttype: Touching buildplate Platform adhesion type: None <b>Turbine_stand</b> Layer height: 0.3 mm Shell thickness: min. 0.8 mm Fill Density: 20 % Supporttype: None Platform adhesion type: None <b>Turbine_rotor_admission</b> Layer height: max. 0.2 mm Shell thickness: 0.8 mm Fill Density: 20% (min. 10%) Supporttype: None Platform adhesion type: None <b>Turbine_rotor_cone</b> Layer height: max. 0.2 mm Shell thickness: 0.8 (min. 0.4 mm) Fill Density: 10% (min.0%) Supporttype: Touching buildplate Platform adhesion type: None <b>Turbine_rotor_shovel</b> (need 21x, better print 25x at once) Layer height: max. 0.2 mm Shell thickness: 0.8 mm Fill Density: 100% (min. 20%) Supporttype: None Platform adhesion type: Brim Printing Temperature: 210°C <b>Connection_admission_cone</b> Layer height: max. 0.2 mm Shell thickness: 0.8 mm Fill Density: 0% Supporttype: None Platform adhesion type: None <b>Connection_inside_rear</b> Layer height: max. 0.2 mm Shell thickness: 0.8 mm Fill Density: 0% Supporttype: None Platform adhesion type: None </p> <b>Used additional components (some of them you probably already have at home): </b> <a href="http://amzn.to/2FqijY7"> Amazon: Brushlessmotor 1000kv and 30A ESC</a>* (CAUTION: The Rotor can be dangerous at high speed!) <a href="http://s.click.aliexpress.com/e/lFpXurW"> AliExpress: Brushlessmotor 1000kv and 30A ESC</a>* (CAUTION: The Rotor can be dangerous at high speed!) <a href="http://amzn.to/2CV9NDX"> Amazon: Cables</a>* for the longer connection of motor and ESC <a href="http://s.click.aliexpress.com/e/GBBGwXe"> AliExpress: Cables</a>* for the longer connection of motor and ESC <a href="http://amzn.to/2DcY8NI"> Amazon: Banana bullet connector plugs 3,5 mm</a>* for motor, ESC and cables connection: <a href="http://s.click.aliexpress.com/e/cfHq9KRm"> AliExpress: Banana bullet connector plugs 3,5 mm</a>* for motor, ESC and cables connection: <a href="http://amzn.to/2CXYDyj"> Amazon: Battery</a>*, you need connectors and a charging system (you also can use some other power supply) <a href="http://s.click.aliexpress.com/e/bRleulzq"> AliExpress: Battery</a>*, you need connectors and a charging system (you also can use some other power supply) <a href="http://amzn.to/2CJm764"> Amazon: Control Unit</a>* (I used a remote control, you also can use a Arduino or Raspberry Pi instead) <a href="http://s.click.aliexpress.com/e/blpPdkNi"> AliExpress: Control Unit</a>* (I used a remote control, you also can use a Arduino or Raspberry Pi instead) <a href="http://amzn.to/2CXGZda"> Amazon: 4x M3 screws and 4x M3 screw nuts</a>* (to secure the motor to the model) <a href="http://s.click.aliexpress.com/e/efGlMoC"> AliExpress: 4x M3 screws and 4x M3 screw nuts</a>* (to secure the motor to the model) <a href="http://amzn.to/2CXGZda"> <p> Amazon: 2x M3 screws</a>* for the Turbine_Stand <a href="http://s.click.aliexpress.com/e/efGlMoC"> <p> AliExpress: 2x M3 screws</a>* for the Turbine_Stand *affiliate Also see it running: https://youtu.be/Xhf-L2MWXGo https://youtu.be/o31-uAM70mc _______________________________________________________ Update 09.02.2018 Improved Turbine_inside_rear.stl for easy printing You can use the same printing settings _______________________________________________________ Update 23.03.2018 Improved Turbine_stand.stl for over 30% faster and 50% lighter printing You can use the same printing settings