hi andre
thanks for the explanation now i understand:naughty:
you should write a book on this for any others out there considering doing the same job:heehee::heehee:
keep up the great work
:smile:Tom
Printable View
hi andre
thanks for the explanation now i understand:naughty:
you should write a book on this for any others out there considering doing the same job:heehee::heehee:
keep up the great work
:smile:Tom
Great pic's Andre? Following your project with special intrests, soon no more good beavers to find on the second hand market anymore .... ;-)
Here we are again,
Last week has been busy and have not don as much as I wanted.
But now I've made the design for the Z axis bearing configuration.
As you can see on the drawing .
So tomorrow I can start the making of the parts.:dance:
How are you going to limit backlash in the bevel gears or is this just an adjustment drive?
Peter
Hello Peter,
On one side there will be the timing pulley and the other side is the ballscrew.
The bevel gears I have are helical bevel gears (the original BEAVER) and I will adjust them with spacers so that slack will be no more.
Kind regards .
Andre
Hello everyone,
Here are a series of pictures of how a component from the Z axis is machined.
This part is made of steel and it is one of the more complex parts I need.
The series pics are self explanatory.
And in the right order.
More photo's
Tip drawing the outline on the workpiece itself so you can see what ultimately the part will be.
Also as much material will be removed make sure that there is material left
to machine after the biggest piece is removed because the workpiece will deform by tensions in the material.
For the rounds I use a rotary table (my machine table is a rotary table ass well)
Tip use a rough mill where possible.
An for finishing I use an endmill.