• This forum is the machine-generated translation of www.cad3d.it/forum1 - the Italian design community. Several terms are not translated correctly.

request for help

  • Thread starter Thread starter Furnu87
  • Start date Start date

Furnu87

Guest
Good morning.

I must simulate the processing of a round milling mill ø 5 mm. on a cylinder of 20 mm in diameter, making it cover a propeller for 180° with 34 mm pitch.
which command can I use?

thank you in advance to those who will answer.
 
Good morning.

I must simulate the processing of a round milling mill ø 5 mm. on a cylinder of 20 mm in diameter, making it cover a propeller for 180° with 34 mm pitch.
which command can I use?
thank you in advance to those who will answer.
Helicoidal excavation never dies... :tongue:
do a search :rolleyes: under the heading "helical waste", here on the forum of swx and on those of if and you will find all the skid on this processing.
know uses swx2010 there is the possibility to dig along a path by translating a part to use as a tool.
then take the path with a propeller from the parameters you need, pierce the "uterine" component, i.e. the cylinder that represents your candle cutter, and dig through its slide.

I forgot, it would be good to put thread titles that make sense and especially serve later research. "help for helical excavation" would have been logical, wouldn't it?
 
I use sw 2009... I am taking a look at the various threads but... I don't have much ciaries.
 
I use sw 2009... I am taking a look at the various threads but... I don't have much ciaries.
Maybe you looked fast, because there are all the tricks, tricks and tricks possible to do that dig.

I add that the option for sweeping a solid that cuts another is also in 2009 that you use.

However, to do so with the traditional method. . .

-I'd burn the cylinder
-I'd grow the propeller around the cylinder face
-co accident and normal at the extreme of the propeller positions a plan
- on that plane draws a rectangle with base equal to the diameter of your braid, placed symmetrical with respect to the origin of the propeller, oriented with the axis greater coincident with the axis of the cylinder to dig and with the base at distance from the surface of the cylinder corresponding to the depth
-make a sweep dig using the rectangle as profile and as path the propeller setting as profile twist options "follow path"
-complete the excavation with two holes at the ends to simulate the departure and arrival of the cylindrical mill

in any case look at the help in the sweep voice, there is exactly the example of the solid sweep you need
 
the procedure with the traditional method I had already done it. but I have the sign of the two holes and, in my opinion, even the walls of the quarry behave incorrectly: shouldn't they be parallel? Instead, cutting the cylinder for a long time, with a normal cutting plan, these are not parallel.

Anyway, I'll try to find the method you tell me, Marcof, the one not traditional.

I will try to read the previous threads better even if it succeeds me difficult as I do not open pictures or word files.

another question: I see so many .par files: are the files of the parts of if?
 
the procedure with the traditional method I had already done it. but I have the sign of the two holes and, in my opinion, even the walls of the quarry behave incorrectly: shouldn't they be parallel? Instead, cutting the cylinder for a long time, with a normal cutting plan, these are not parallel.
you have to read those threads, because hundreds of messages are just referring to the correctness or not of the walls of the quarry returned by the various cad.
discussions are almost all recovered from the old crashed site so links to files are no longer available. the text must be satisfied
another question: I see so many .par files: are the files of the parts of if?
I would say yes, evidence had been placed with various cads, among which although
 

Forum statistics

Threads
44,997
Messages
339,767
Members
4
Latest member
ibt

Members online

No members online now.
Back
Top