
The Lazy And Poor Person's Homebuilt CNC Machine
Description
Hey, I Am So Poor I Have Not Even Got Hose Clamps To Replace The Zap Straps And Tape, Haha. I Really Tried To Think Instead, To Do The Least Amount Of Newtonian Work. Still Had To Have Anti--Backlash Too Though. Nema14 Because I Am So Poor, Recommend You Modify For Better. Double Up The Motors Means I Can Skip Bearings. The Motors Already Have Them. Every Nickel Man/Woman. Pvc Hose For Couplers Because Those Things Are Two Dollars Apiece, If You Wait Three Weeks. The Wood From The Garbage Pile Down The Street. Had Most Of The Electronics Already. Limited To Hardware Store Stuff Mostly. I Already Know A Bit, But If This Is Fresh News, Devour!! Motor Mount Today If I Don'T Go Out For Scrapping. Rono Out. Oy Yah, Minimal Printing Too. Didn'T Want To Stare At My Printer Ffever. Edit: I Used 5/16 Rods Incorrectly Thinking That Would Be More Efficient. Wrong, The Formula Is Torque=Coefficient Times Diameter Times Force On Object Required. So I Am Going To Switch To 3/16 Rods And Make It A 3D Chocolate Printer. It Is Just Too Wimpy With The Small Motors. And 5/16Th Rod Turns Out To Be 13.5% Less Efficient Than 3/16Th Rod. Edit2: Motors Too Small, Looking For Thinner More Efficient Rods, Had To Deconstruct The Anti-Blacklash For Now Https://Youtu.Be/Hbkcoynk7Gs , Here Is The First Slice. Ron Edit3: Uploaded Nut Adapter File So You Can Use 3/16" Threaded Rod Instead Of 5/16" Without Re-Doing All. 13% Efficiency Increase. In Canada, Hard To Get Metric.
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