Simpler Daniel Christiansen Differential Motion Radial Bearing (X55)

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Thank You For Checking This Out! I Hope You Show Me Yours After You Make It! Experimental Roller Separation Anti-Friction Bearing. It Worked For Me On My Printer, But I Haven'T Tried It On Any Other. This Is Not Intended For Any Scale Adjustments. Print At Your Own Risk, But I Am 95% Confident It Will Work For You. Please Give Me Feedback On How I Can Improve It For You, And I Will Update It As Soon As I Can. These Are The Essential Stl'S For Making My X55 Radial Bearing, Modeled After The Invention Of Daniel Christiansen. Recommended Minimum Infill & Print Settings & Required Quantities: (Expert 3D Printerinos And Printerinas Should Play With The Settings To Their Heart'S Content. ) (X7) Main Rollers: 0%. (X7) Spacer Rollers: 0-20%. (Doesn'T Change Print Speed Too Much) (X2) Concentor Collars: 10-20%. This Part Needs The Strength. (X1) Inner Sleeve: 10-20%. I Printed At 20%, (Supports Required.) (X1) Outer Sleeve: 10-20%*. (Supports Required) *Thicker Bottoms And Tops Will Allow You To Bring This Below 20%. (X1) Assembly Jig: 0-20% The Added Resiliency Will Ensure A Lasting Part, And Its Sturdiness Will Aid In Removal From The Bed And Additionally From The Bearing Once Assembly Is Nearly Complete. Instructions: Https://Www.Youtube.Com/Watch?V=Jvg4Iuoxrjm Change Log: 3-29-2017: Reduced Size Of Innermost Diameter Of Outer Sleeve By 0.1Mm To Reduce Slippage. Also Reduced Size Of End Cap Inserting Side To Make It Easier For Assembly. Also, Check The Blog For Some Pics And To Stay Up To Date On What'S Going On Next. Https://Npg3D.Blogspot.Com/2017/03/X55-Roller-Bearing.Html

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