Recently tried my hand at some cabinet-making. Don't know if the Saffer in me that's stingy and refuses to pay NZ tradie prices for things I can kinda do myself or if I saw it as a fun project.
Either way, building some "boxes" was a little more involved than I initially thought
As per usual, it started with a CAD model of some kind (Fusion360 this time as I needed to sell the idea to my wife. When she doesn't need convincing I just use AutoCAD for simple sketches)
The cabinets in question are 3x 740H x 600W x 450D simple carcasses with hinged doors.
After settling on a colour and loading all the part dimensions into CutList Optomizer to determine quantity, I ordered the material. Two sheets of Melteca 18mm MDF (basically just fancy melamine).
Then the cutting started.
My small garage made it a little tricky to work with a full sheet, but the track saw was a life saver.
I started with all the rips. Then switched out the 3m rail for a 1.4m one with a rail square to cross cut.
All parts cut, labelled and checked-off against the cut-list.
One big underestimation I made was the time and complexity of applying edge-banding to the boards. Usually pre-glued edge banding is easily applied with an iron and some baking paper or a heat gun.
This edge-banding however, was 1mm thick ABS plastic so the iron just melts the face before it gets heat through to the glue. As for the heat gun, that works, but yields inconsistent results and is very finicky to use.
But never fear, there is almost no challenge that the addition of a new tool cannot fix. Enter the edge-bander...
The Virutex AG98 was the cheapest edge-bander I could find (and it still cost a pretty penny). In simplest terms it's just a heat gun with a spool, roller and guillotine strapped to it. But it works, and in hindsight it was worth every penny with the time and frustration it saved.
To trim the overhang on the edge banding, I tried one of those Fastcap style blade trimmers to flush trim, but the 1mm thick ABS is a little on the touch side for it and it left some "shuddery" edges. So I resorted to a cheap Stanley chisel, sharpened up as best as I could.
The process was therapeutic and satisfying... just look at those curls!
Roundovers were done with a 3mm router bit and a little custom jig to stabilise the router on the edges of the boards.
Joinery was done the via dirty-rotten-cheating-YouTuber method... aka Dominos.
My cheat-sheet written onto my sacrificial work surface to remind me where to layout each domino. Two combination squares set out to the common dimensions for quick marking. I'm a big fan of the small combi-squares!
The glue-up process was nerve wracking. The special melamine adhesive only had an open time of 12min so I had to work fast... but also had to stop for a quick photo 😅
Adjustable feet and door hinges (Blum soft close, with push-to-open) could be fitted while the carcass was in clamps and drying.
Finally after all 3 were assembled it was time to put them in place, level them and adjust door gaps evenly.
Three simple boxes, but a heap-load of work.
With half of the oak desk-top in place. The mitred waterfall end is joined to the top with Peanut (keyhole) connectors to allow for disassembly.
With a shelf added and the other half of the desk top laid in place. The left half of the desk has dominos glued into one end and loose fitting into the other for alignment, and cammed connectors to tighten the 2 halves together, allowing for disassembly if needed.
So after many hours trimming edge banding and slicing hands (that stuff is razor sharp until rounded-over), I have completed enough of the project to buy myself some time (and my wallet some breathing space) before I carry on with the next phase of this build.
Overall it was fun, a learning experience, and the result is not bad. Was it cheaper than buying some flat-pack cupboards (albeit they would be white)... definitely not (even if I excluded the cost of tools)... but that's not why we woodwork, is it!