Help: Where can we get the overall size and dimension for the Elite Journeyman? Thanks.
I believed the foreman is longer in the Y axis. do you have the Journeyman Y axis dimension available? Looking to build a stand for my future Elite Journeyman.thanks.
My bad, I would imagine the dimensions for the elite journeyman wouldn’t differ much from the regular journeyman.
To the right of the purple rectangle, in the image, are the overall journeyman dimensions. The smallest table size for a regular journeyman is going to be not much smaller than 64"x46"
Another common question is the height of the Z slider. This will now depend on which one you get but I believe the z-16 slider on the journeyman has a height of ~17.5" when using the middle mounting holes.
I can’t speak on behalf of the elite Journeyman, the journeyman with a “stiffy”, or different mounting holes.
Maybe @OnefinityCNC can chime in and fact-check me?
Also, welcome to the forum!
Hopefully, this helps a little bit, but there is a ton of resources within the forum that can be searched.
Thank you Preston for your info. greatly appreciated.
Just ordered the Foreman with Stiffy. Does anyone have a vertical dimension for this? I’m probably going to put it underneath a tabletop so I have a usable work surface above but need to know how much clearance I’ll need. Thanks, Quentin
hi Quentin, they don’t have the specification for the elite yet, at least I couldn’t find it. If you were to do underneath the table top, I will give at least 20-24 at the minimum. also depend on how tall the new Z slider is, you may need 24" clearance and beyond. If you have room like 30in from floor to bottom of your tabletop go for it.
Thanks, James. I’ll go with the worst case. I was hoping to get it as high as possible to save my back a little grief, but I can always modify the table if necessary.
I’ve decided to do the same thing with an additional set of wheels, to use the table above for assembly and outfeed. Morgan H. has his right down near the floor, but I’m hoping to have some room for storage pockets under and above the CNC.
With the updated delivery dates, it looks like I’ll have plenty of time for design, a couple of re-designs, cleaning up the space it’ll all go into and final build.
16-18 weeks. Ouch. I guess I’ll have some time to dial in the design.
Another advantage to building a table around the machine is you’re most of the way to a full enclosure. Current plan is to hinge the top (with a couple of gas struts) to facilitate access.
The top is going to be large, about 66" x 71", and will need support. I’m planning to make a rigid, self-supporting torsion box as an assembly / work surface.
Wheels too, because small shop. Everything on wheels.
I wondered if a down draft dust collection would work in your design if you decide to build underneath a table top.
Do you mean routing the hose below the work surface? Without giving it much thought, my plan was to go out the back or side. I was eyeballing the Pwncnc rear extraction dust boots which I think will not require more clearance above the Z slider. Still thinking through this.
yeah, just like festool mft table with a bunch of holes but make it an enclosed box. the holes will allow you to clamp your pieces. clamps will have to be low profiles.
Eeeeenteresting. I would think that would evacuate dust from the chamber but wonder if that would be effective in collecting dust at the bit given that the work piece won’t be perforated. Or maybe I’m missing something.
in any case you’ll have to evacuate the dust at the closest possible point to the source, i.e. the milling bit. Especially since on the Onefinity CNC machines, the ball screws are open. Oiled mechanics like ball screws are completely incompatible with wood dust, which is why in professional CNC machines for working on wood, the ball screws are enclosed in convoluted rubber gaiters or bellows covers completely.
One user had an enclosure around the machine and a professional dust extraction system, but it extracted the dust from the enclosure through a 12" square portal on top of the enclosure – it did not prevent his ball screw being destroyed in a way like shown above and to leave 5" thick of wood dust in the rear of the machine.
Thanks, Aiph5u, very helpful and good to know.