#Mechanical Design #Telescopic Lifter #mWork #Scara * Free for university students/researchers with university email * Free design for reference: drive.google.c... * Full edited 3D design : mwork.group/en...
Basic principle is: Stage 1: Motor -> Rotary motion 1 -> Linear motion 1 -> Rotary motion to be transferred to stage 2 Stage 2: Rotary motion from stage 1 -> Linear motion 2 -> Rotary motion to be transferred to stage 3 Stage 3: Rotary motion from stage 2 -> Linear motion 3 -> Rotary motion to be transferred to stage 4 .... Stage n: Rotary motion from stage n-1 -> Linear motion n ------ Each stages are connected by using rack and pinion
@@matteofrancia887 O principio até é simples. Imagine na parte inferior de cada módulo uma porca que enrrosca no fuso roscado central. O motor na base ao fazer rodar o fuso num sentido, faz subir os 4 modulos. Girando em sentido contrário, faz descer...
Hello, great design, but I don't see how it works. I understand the comments about rack but can you explain the whole thing in more detail. Also by email.
Hey! I am really curious to know how the rack and pinion is being used in this. I need this sort of mechanism for my project. Could you please share a detailed version of this design showing the same. ( P.S- I couldn't open the attached drive file. Kindly share .stp file )
Good afternoon, I'm sorry for the comment, but I can not see gains in the stages, it seems that the distance gained is equal to the height of the helical guide.
hi I have to do a lifter as an projekt for school and I´m still looking for the best option to realise my idea witch is similar to yours. Can you might share your design ore some details where you got the pices form? (I´m sorry, my english is not that good. I´ve learnd it a bit in school. )
Basic principle is: Stage 1: Motor -> Rotary motion 1 -> Linear motion 1 -> Rotary motion to be transferred to stage 2 Stage 2: Rotary motion from stage 1 -> Linear motion 2 -> Rotary motion to be transferred to stage 3 Stage 3: Rotary motion from stage 2 -> Linear motion 3 -> Rotary motion to be transferred to stage 4 .... Stage n: Rotary motion from stage n-1 -> Linear motion n