How I Made a 3D PRINTED Badminton Stringing Machine скачать в хорошем качестве

How I Made a 3D PRINTED Badminton Stringing Machine

Get ready to take your badminton game to the next level with this revolutionary 3D printed badminton stringing machine (not really its just cheap lol)! In this video, I showcase the design and build process of this innovative machine that makes stringing your racket from home possible. From concept to reality, I'll take you through the entire process of creating this cheap game-changing device (pun intended). Test Video:   • I 3D Printed a Badminton Stringing Machine...   Non Printed Hardware: -M4 Bolts (around 20mm in length) -M4 Nuts -Screwdriver/wrench (tool to tighten M4 bolts) -Small Weight Scale (less than120mm long) -High Strength string -1/4in bolt (around 20mm long) -1/4in nuts -1/4in bolt (150mm-180mm) -sand paper(optional) -CA glue (optional) Prints: -40x40 Extrusion:https://www.thingiverse.com/thing:490... (Scale to: 34.5cm, 5x 14cm, 40.5 cm, 49cm, 18cm, 44cm) -Brackets (various):https://www.thingiverse.com/thing:525... -Corner bracket:https://www.thingiverse.com/thing:671... -T Nuts:https://www.thingiverse.com/thing:296... -Custom Parts (various): https://www.thingiverse.com/thing:703... Other Details: -Lubricate Tension Sled T-Nuts to slide easier along the rail -Fly clamps needed -Maximum tensions I have tested was 26lbs on the mains and 28lbs on the cross strings -String at your own risk (don't use any rackets you can't risk breaking)! Time Stamps 00:00 Intro 00:15 Materials/Prints Overview 02:19 Frame Design 02:33 Support Assembly 05:14 Tension Mechanism Assembly 06:50 Useless? 07:30 Failures/Upgrades 08:21 Thanks!