that's absolutely gorgeousFinally finished my first ever piece of furniture using English brown oak and American black walnut. Can't take any credit for the design other than the custom drawer pulls given it comes from https://www.foureyesfurniture.com/. Definitely not covered in clutter already.
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Post a photo of the last thing you made
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duke
Established Member
Very nice look, functional and not to imposing.Finally finished my first ever piece of furniture using English brown oak and American black walnut. Can't take any credit for the design other than the custom drawer pulls given it comes from https://www.foureyesfurniture.com/. Definitely not covered in clutter already
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Blackswanwood
Still Learning
Keepsake box made from ABW and Red Cedar. The inlay is Snakewood and the lining Sycamore. SmartButt hinges used with avoids the ugliness of a square knuckle.
Doug B
Shy Tot
This was my HVLP set up when I first got an Oneida super dust deputy.
I rigged it up to my extractor like this as I figured it would be for the quickest & that it would be handy to keep it mobile on the existing wheeled base.
In the nearly 3 years since I did this Iāve not move it once
so clearly mobility wasnāt a necessity, also as expected I experienced quite a reduction in suction not only because of adding the cyclone (which I was expecting) but also the extra pipe & bends I used to keep it fitted to the original base.
My intention with re-jigging things was to reduce the pipework & by doing so increase the suction from its current 57% efficiency when measured against the impeller on its own.
First off I wanted to get as long & straight a piece of 5ā spiral duct as I could to the cyclone as this is beneficial for the cyclone to work effectively, although I had to incorporate a 45 degree bend on the inlet that is followed by a 2.8m piece of ducting that runs to roughly the centre point of the long workshop wall. From there the duct drops to the floor & a piece of flexible pipe is attached to it long enough to reach all of my machines, in doing this Iāve halved the amount of 5ā flexible ducting I had on the system.
A piece of 3/4ā ply was fixed to the wall & floor then braced at the top onto which the impeller unit was bolted.
I built a simple unit for the fine filter to sit on the added bonus being it gave me some much needed storage space for a couple of systainers.
The streamlining of the system has taken it up to 72% efficiency a gain of 15% which I really pleased with as a fine filter & cyclone are always going to take a toll.
But the real proof as they say is in the pudding & on Thursday it got it first real workout & performed admirably
I rigged it up to my extractor like this as I figured it would be for the quickest & that it would be handy to keep it mobile on the existing wheeled base.
In the nearly 3 years since I did this Iāve not move it once
so clearly mobility wasnāt a necessity, also as expected I experienced quite a reduction in suction not only because of adding the cyclone (which I was expecting) but also the extra pipe & bends I used to keep it fitted to the original base.My intention with re-jigging things was to reduce the pipework & by doing so increase the suction from its current 57% efficiency when measured against the impeller on its own.
First off I wanted to get as long & straight a piece of 5ā spiral duct as I could to the cyclone as this is beneficial for the cyclone to work effectively, although I had to incorporate a 45 degree bend on the inlet that is followed by a 2.8m piece of ducting that runs to roughly the centre point of the long workshop wall. From there the duct drops to the floor & a piece of flexible pipe is attached to it long enough to reach all of my machines, in doing this Iāve halved the amount of 5ā flexible ducting I had on the system.
A piece of 3/4ā ply was fixed to the wall & floor then braced at the top onto which the impeller unit was bolted.
I built a simple unit for the fine filter to sit on the added bonus being it gave me some much needed storage space for a couple of systainers.
The streamlining of the system has taken it up to 72% efficiency a gain of 15% which I really pleased with as a fine filter & cyclone are always going to take a toll.
But the real proof as they say is in the pudding & on Thursday it got it first real workout & performed admirably
Last edited:
duke
Established Member
Well that's a very good improvement to your dust control system, nice tidy modification and as you say, more storage is available.
duke
Established Member
My monstrosity uses up four times more room than yours.
robgul
Barry Bucknell is my hero
Just some fun with some pallet wood - an art "installation" on our garden fence 
- - the bear joins a couple of other pallet works of art, a false door in the fence and a faux open window (open casement effect on a mirror)
- - the bear joins a couple of other pallet works of art, a false door in the fence and a faux open window (open casement effect on a mirror)
duke
Established Member
Blimey that dust extraction would take up most of my working space
duke
Established Member
I'm fortunate to have the space. It's a storage bay which is behind a set of doors, not in the actual shop. Helps minimize the noise.
Having fixed up the router table and resigned myself that a spindle moulder will be in my future Iāve been cracking on with the sash window.
Worked out the parting bead slot and the spiral balance slots and covers.
Iām going to finish the slots above the sill to attempt to avoid/minimise water ingress points.
I was not confident with the saw down the side and bash out the pocket method, so I resorted to routing out the pockets and making covers for them.
Pulley recesses were also done with a router and template. The cordless palm router is my best friend.
Then I machined up all the staff and parting beads and the sill and head linings, as well as a couple of boards for secret Santa!
Sorry could get images in with the text, no idea why but theyāre all petty obvious!
Fitz
Worked out the parting bead slot and the spiral balance slots and covers.
Iām going to finish the slots above the sill to attempt to avoid/minimise water ingress points.
I was not confident with the saw down the side and bash out the pocket method, so I resorted to routing out the pockets and making covers for them.
Pulley recesses were also done with a router and template. The cordless palm router is my best friend.
Then I machined up all the staff and parting beads and the sill and head linings, as well as a couple of boards for secret Santa!
Sorry could get images in with the text, no idea why but theyāre all petty obvious!
Fitz
duke
Established Member
Fitz , what are the shiny brass thingys were the windows run ? I think I know the answer but not sure.
They are pulleys that the sash cord runs over, the window sashes are counterweighted so that they are balanced. The image below (credit Ventrolla) shows how the overall window works.
Itās nice to see someone who can still make those windows so very well done
Hiya all
duke
Established Member
I see now, looking back at the pic didn't notice it was a pulley, time to get new glasses.They are pulleys that the sash cord runs over, the window sashes are counterweighted so that they are balanced. The image below (credit Ventrolla) shows how the overall window works.
