The riser blocks in the photo will be made out of aluminum for production.
It is almost a vital component when used with the tool-forks.
We know everyone won’t be racking their tools the same way so we’re trying to offer lots of options. Tailor your ATC to your specific needs/wants kind of thing. These tool-forks are simply another option for racking tools.
Thanks Chris. Obviously some things I didn’t think about… definitely makes more sense to stick with the surface mount racks and just do an MTC on the rare occasion I need a larger bit.
Just trying to be fully transparent. Like everything else, pros and cons. There’s nothing saying you can’t store it in a fork (and leave the slot unallocated) and use it as a storage place then switch into and out of mtc mode.
Process to change from atc to mtc with the bits in masso is less than a minute or so.
Change the tool changer to manual tool change
T#m6 (tool not in rack)
MTC button old tool out, new tool in.
Zero z
Run job
T#m6 (tool in a rack)
MTC button old tool out, new tool in.
Change the tool changer back to linear tool change 2
Zero z again
You can skip the duplicate zero z’s IF you can get the bit to touch off the tool setter and you have a dedicated holder for it.
Personally it’s easier to run 5 or 6 surfacing tool passes with a Z reset in between than it is to try to figure out how to get a solid 10" wide piece of 8/4 cherry down a 6" jointer.
A dozen sample sets have been produced and they are very nice. Anodized black aluminum blocks.
I 3d carved with the 3d printed blocks and they worked perfectly well. These aluminum blocks will add a lot more stability to the risers.
I just bought a set, I don’t have the ATC but I am running SMW fixture plates and I have some features that need to go on the tall side of a section of rectangular tube, and I just barely can’t fit under the gantry - this is the perfect solution. Thank you!