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Be careful using G14. It gives you the ability to program for the main spindle and then apply the g14 for sub which essentially mirrors the program.
What you need to be wary of that the tools you use for the sub must be the same as those used for the main, i.e. left hand tools for both.
Otherwise your sub spindle will be spinning the wrong way.
Don't forget G15 to cancel
Just open the file in your version of choice and change your machine in toolpath parameter files and execute
Even with an active toolpath group, when I merge it does not bring in the toolpaths only the geometry.
Yes, the latest and greatest. Although I am still using 2020.
When merging it only brings in the geometry, If i drag and drop (to open) then it brings in the toolpaths.
The only time I get an error is if the machine def and post do not match.
I don't see an option in merge to bring in toolpaths.
I have just tested the Ctrl + drag to merge in 2021 with X5, X9, 2017-2020 files with no issues.
Files merged as expected. I can't speak for nesting as i don't do/use it.
To be quick and painless I would position your c-axis @ 90 then use a drill or pin the same size as the hole to get your part
as close as possible then fine tune your c-axis adjustment with indicator.
It really does depend on the application. The only time I've come across a spot-face (chamfer) being important was for sealing off against an o-ring
for high pressure hydraulics, and even then it was more the surface finish that was critical.
If this is just to chamfer a tapped hole, the quicker the better especially for production purposes.
Why not look at drilling and chamfer in one?
For example,
https://www.walter-tools.com/en-us/tools/standard_products/holemaking/overview/drilling/xtratec-d4580/Pages/default.aspx
We have been getting good performance from Walter drills.
https://www.walter-tools.com/en-us/search/pages/default.aspx#/holemaking?query={"r":[{"n":"WICTaxonomy","v":["holemaking"]}]}
Seems excessive for a lead in.
Another setting worth looking at is 'use stock for outer boundary' which looks at stock remaining from previous ops and minimizes air cuts.
In cases like that I program for both machines, just in case there has to be a machine switch.
We have seperate file directories for each machine and all parts are named with the current rev # included.
I have just tested this on my system and it sticks within the same session and does not change my current active level or colour
I also tried applying the settings through file configuration and have found that it does not carry over to other/new sessions.
I would say you might have a bug
There is another way to aproach the programming by replacing the G2/G3 with G1. In order for it to be accurate you would have to know the intersection co-ord of the straight sections and then have enough room for the rad to complete
Normal point to point:
G0 X1.0 Z.05
G1 Z-.25
G1 X1.25
G1 Z-.5
With rads
G0 X1.0 Z.05
G1 Z-.25 R.03
G1 X1.25 R.03
G1 Z-.5
i am thinking it's more to do with the age of the software than the machine.
If I remember correctly X3 was extremely buggy.
For the 1st part, make sure that when you are choosing your machine type that is 3-axis not 4- axis.
The tool number is pulled from the tool library, this can be changed either in your tool parameter page
or within your tool manager
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