Tag Archives for furniture
Enclosures out of 3/4 ply with internal structure of metal studs and track, removable covers attached with magnets to studs, access panels for valves.
Design was by the architecture firm but there’s always a few things I have to figure out.Read More →
The radiator was off-center in what looked like a temporary housing, and the ask was storage that looked symmetrical.
Read More →
The most interesting part of this one was the vanity. Based on the square pegs and nails, the thing was easily 100 years old. Stripping off 4 layers of paint revealed a reddish wood that I’m guessing is fir. I built in the shelf and the lip around the top out of poplar, which necessitated a bit of work with stain and polyurethane to get the colors to match.Read More →
How do you fit a washer-dryer into a tiny Manhattan bathroom? Once piece at a time.
I poured a custom concrete trough sink with the drain in the back corner so as to open up the room for the washer-dryer to fit underneath. Which then necessitated a custom cabinet to match underneath.
Removing the plywood mold. Concrete mix was white Portland cement with white sand. The trickiest part was cutting things on the angle so the sink would drain properly, and then getting all those subtle angles to line up smoothly.
Patching, sanding, sealing.
Now for the cabinet…
Read More →
It was only a passing request from my daughter’s first grade teacher – whether I had any ideas for improving the book storage above the coat cubbies, which was admittedly an eyesore. Upon some examination of the alcove, I told him he should rethink the entire situation, and via my own pushy compulsion, somehow volunteered to rectify the situation. What I peeled away during demolition was an unused legacy cubby system of hooks mounted on a long shelf, which sat unused behind the existing milk crates housing the kids’ stuff. The milk crates rested on top of a couple of unused shelves fashioned out of the doors that once rendered the alcove a large closet. Above all of this nonsense was a shelf, also made of the doors, housing a few hundred pounds of hidden books (yes, above where the kids retrieved their coats), covered with a few pieces of 1/2″ plywood, held vertically in place by small bolted slats that he would turn to remove the wood in order to get access.
Some remnants of what I ripped out:Read More →
This was more of a repair, but the twist took quite a lot of thought. I didn’t want to rip the whole thing apart and rebuild, but the challenge was to not only fix the alignment and attachment of this incredibly heavy cover (3/4″ ply + 3/4″ cabinet doors + baseboard molding!), but ensure that access for anyone who needed to perform future maintenance on the radiator would be easy and safe.
The tricky part was anticipating the correct tilt that would keep the panel balanced on swivel casters, within the limits of the space behind it (which had pipes and electrical related to the radiator), while being easy to snap into place again.
Copied this one out of a Pottery Barn catalogue.
Replaced rotten boards with weather-treated 2×4’s dadoed with a circular saw to fit and lightly stained. I expect this to last decades longer than the thin polyurethaned slats that typically come with these models. Couldn’t find brass bolts in the right size, so I ended up spray painting some carriage bolts gold.
Body & shelves made from 1/2 plywood to save on cost and weight. Edges concealed with iron-on veneer. Doors and facing made of solid pine. Chinese cabinet hardware purchased ebay.
Initial sketches, which my toddler decided to comment on
Read More →
I used slot joints to create this one, but in retrospect, I think dado joints would have been a better choice. Slot joints are great for flexible materials, or in a perfect world where all the pine you get from the lumberyard is flawlessly straight and uniform, but well, yeah.
Angled pieces cut from 2×12’s, which required the creation of paper templates pieced together in the space to get the shapes right. Hidden reinforcement with reclaimed “fasttrack” shelving hardware.