Ed:
Funny, I was at Home Depot getting a router bit for my Demerol when I got
this....
Rather than a table I’m thinking I’ll just use a piece of 3/8” aluminum
plate acrewed to the Demerol and locate two pins for the ID cut; I’m
thinking that will work for the OD as well. Then just ease it around the
liner for an overlap joint.
A small issue is that this will reduce the overall length of the liner but
I was planning on making some spacers anyway to assure a compression fit,
so that should not do too much harm if the spacers are below the o-ring on
the nozzle end.
Bill
On Sat, Aug 25, 2018 at 12:49 PM Edward Wranosky <edwardcw@xxxxxxxxx> wrote:
You could use a router table with a couple of pegs to turn the tube
against to set the depth assuming the ends of the liner are square. I've
used this countless times in a past career to edge items.
Edward
On Sat, Aug 25, 2018 at 7:47 AM William Claybaugh <wclaybaugh2@xxxxxxxxx>
wrote:
Uwe:
Yeah, a router occurred to me after I posted; l’ll look into this.
Bill
On Sat, Aug 25, 2018 at 7:31 AM Uwe Klein <uwe@xxxxxxxxxxxxxxxxxxx>
wrote:
Am 25.08.2018 um 15:16 schrieb William Claybaugh:
Uwe:
That’s a very clever idea that might well work. I’ll have to find
someone with a large enough mill, but that might work.
IMHO you would not do that on a mill but with a
hand held (smallish ) router.
Build a tool that keeps the router coaxial with the tube.
use a cylindrical router bit that has been profiled for the task.
just had a look:
https://www.amanatool.com/57120-carbide-tipped-countertop-no-drip-with-ultra-glide-radius-bearing-guide-solid-surface-1-inch-dia-x-1-1-8-x-5-16-angle-x-1-2-shank.html
You are probably "about there" when you reduce the guide roller diameter.
you then run the tool on the outside for one tube
and on the inside for the other tube.
I use NOVOTEX ( phenolic / fiber composite ) for
little bits and pieces and it submits reasonably
well to carbide tipped router bits.
Beware the dust.
Uwe