path tool toptron it and and

[mackly46]

Hello, hello to all of the site, congratulations really for the useful tips, now I really have a great task, I'm hired by a company that makes molds for footwear, I'm a new user of toptron, I want to know seen my only experience at toptron 8 and 9 and in the part of modeling, and a small introduction to the cam with a specific course on 3 boards, I want to know if someone knows from .:biggrin: premetto che ho la guida in pdf of the top of the numerical control course, but here's not that it's propio simplina...ehheh! Thanks to who you want and can help me! :finger:

 

[Godzuky]

Actually a real guide on how to mill does not exist, the variables in play are really too many to be able to insert them all in a simple pdf. the courses to the microsystem have always been very "complete" in the sense of very vague and little specific, unless someone comes with their own project and asks them to realize it together.

the generation of a tool path (pure and simple) consists in the choice of a (fnt) or more strategies (sgr - sfn -fnt - rip - for) to obtain the particular offender, calculation of the same (direct or with nc-external), and possibly simulation of the nc obtained to clear the field from any doubt on the goodness of the achieved result.

the tool path however in turn depends on the material you are working, the shape of the mold to get, the tool machine you need to use and then the tools and spindles you have available and how long you have to finish the job, not least the hardware you use on.

However, keep in mind that all employers who work in the mould field know that productivity is never immediate with recruitment, but still requires a minimum of apprenticeship.

Hello and good work!

 

[mackly46]

Actually a real guide on how to mill does not exist, the variables in play are really too many to be able to insert them all in a simple pdf. the courses to the microsystem have always been very "complete" in the sense of very vague and little specific, unless someone comes with their own project and asks them to realize it together.

the generation of a tool path (pure and simple) consists in the choice of a (fnt) or more strategies (sgr - sfn -fnt - rip - for) to obtain the particular offender, calculation of the same (direct or with nc-external), and possibly simulation of the nc obtained to clear the field from any doubt on the goodness of the achieved result.

the tool path however in turn depends on the material you are working, the shape of the mold to get, the tool machine you need to use and then the tools and spindles you have available and how long you have to finish the job, not least the hardware you use on.

However, keep in mind that all employers who work in the mould field know that productivity is never immediate with recruitment, but still requires a minimum of apprenticeship.

Hello and good work!

Hello thank you very much for the answer..., I did a period in another two-month mechanical modelling company that I didn't enough to see the cam at the top, because I was very focused on understanding the study of the division of the mold, and especially all the use of the cad in toptron that for those coming from pro-engineer is a little different, not to say completely another world. So I also dwelled on the sections modeling surfaces, which is a very but very important part of the modeler, because to close a region or put the assemblies for the disform everywhere... and to remake as head of the surfaces in tangence is not a small thing in design. ... so here is after a course then to follow in the center of the summit of two days of infarination ... come back to have doubts, as you told me if you do not apply it you can not understand well ....in fact the course was nice but then wanting ... not having the license of toptron for home... I couldn't understand well....poi obviously the speech depends as you say ? ?

 

[monster]

a milling guide? .....

1 create a file with all the friezes of the company....almost all
2 grinding with overmetal based on machine precision
3 semifinishing with 0.1 overmetal based on machine preision and type of geometry that you need to get live edges in the wall and other things that could ruin with whipped (brained vibration in contact with a corner...etc etc)
4 a "if needed" shot to finish with a top cutter so as not to have whipped
5 "intelligent" style finish
6 if there are plans to use flat cutters to create them do not do as many smiles that in order not to fatigue you also make the plan to 0.1 with a spherical :angry:
7 from good milling machine that are treated in detail profiles for the processing of geometries
8 if you use your head save time and you will have praise from who does your own job


Come on, it's a kid's game.

 

[Godzuky]

Yes, I'm in modelling.

Monster is right, let's say big lines the guide works.

but the thing to keep always present is the last one:

- always use the head-

However, whatever the start, remember that from our work depends on the final result you want to get, never from the designer or the operator on the machine.

insist.

Bye!

 

[minocs]

Excuse me but on top 11 there is the possibility in finishing to descend beyond the maximum z of math e.g. if I have to make a male and then cut it I have to go down more, in roughness increase the crude and descends over me but in finish even if I imposed a crude 100 mm longer than the finished piece and increase the final z of processing does not fall me, do I have to force to stretch the math? where I worked before I had version 9 and did it, now I use version 11 and does not do it you can help me thanks