Turbo Fan Model / Jet Engine Model
Description
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> Nunus Pla White 1.75 Mm</A>* (Printing Temperature 200°C) 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> Amazon: Brushlessmotor 1000Kv And 30A Esc</A>* (Caution: The Rotor Can Be Dangerous At High Speed!) Aliexpress: Brushlessmotor 1000Kv And 30A Esc</A>* (Caution: The Rotor Can Be Dangerous At High Speed!) Amazon: Cables</A>* For The Longer Connection Of Motor And Esc Aliexpress: Cables</A>* For The Longer Connection Of Motor And Esc Amazon: Banana Bullet Connector Plugs 3,5 Mm</A>* For Motor, Esc And Cables Connection: Aliexpress: Banana Bullet Connector Plugs 3,5 Mm</A>* For Motor, Esc And Cables Connection: Amazon: Battery</A>*, You Need Connectors And A Charging System (You Also Can Use Some Other Power Supply) Aliexpress: Battery</A>*, You Need Connectors And A Charging System (You Also Can Use Some Other Power Supply) Amazon: Control Unit</A>* (I Used A Remote Control, You Also Can Use A Arduino Or Raspberry Pi Instead) Aliexpress: Control Unit</A>* (I Used A Remote Control, You Also Can Use A Arduino Or Raspberry Pi Instead) Amazon: 4X M3 Screws And 4X M3 Screw Nuts</A>* (To Secure The Motor To The Model) Aliexpress: 4X M3 Screws And 4X M3 Screw Nuts</A>* (To Secure The Motor To The Model) Amazon: 2X M3 Screws</A>* For The Turbine_Stand 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
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