c/cabinetmakers

My old boss in Denver swore by 1/8 inch gaps for drawer fronts, but I think it looks sloppy

Three years ago, I was working for a high-end shop where the owner insisted on a full 1/8 inch reveal around every drawer front. He said it was 'for expansion' and wouldn't budge. Last month, I finished a kitchen where I used a 1/16 inch gap, and the client said it looked like one solid piece of furniture, which was the whole point. That old rule just makes things look cheap and disconnected to me now. What's the smallest gap you guys feel comfortable with for a painted maple front?

Spent a whole afternoon fighting a simple drawer slide install

I was putting in some under mount slides on a set of kitchen drawers last week, the kind where you have to get the side clearance and the front-to-back spacing just right. I measured everything three times, but the first drawer kept binding. I kept adjusting the rear bracket by tiny amounts, thinking it was a height issue. Turns out, the cabinet box itself had a very slight twist I hadn't caught, so one side was about 1/16" out of square over the length of the slide. Fixing that meant shimming the entire cabinet off the wall, which took about 4 hours total for what should have been a 30 minute job. Anyone have a quick method for checking cabinet boxes for twist before you start hanging doors and drawers?

Hot take: I used to think a Festool Domino was just a fancy gimmick for rich guys

Then I had to build 22 identical face frames in 3 days for a restaurant job in Austin, and that machine saved my sanity and my timeline. Anyone have a cheaper tool that can match that kind of speed and accuracy for joinery?

A client's comment about their old kitchen table really stuck with me

I was finishing up a maple vanity install for a couple in their 70s. The wife pointed to their old, beat-up kitchen table and said, 'My dad built that for my mom in 1959. It's been through three houses and four kids. That's the kind of thing I want from you.' It wasn't about the fancy finish or the perfect joint, it was about building something that lasts a life. I've been thinking about that 'life' part ever since. How do you all approach building for longevity versus just building to a spec?

My miter saw fence gave out halfway through a big custom order

It happened last Thursday while I was cutting 8 foot maple boards for a built-in. The locking pin sheared clean off, sending the fence flying. I had to clamp a straight edge to the table to finish the day's work. Has anyone else had a Delta fence fail like that, and what did you do for a quick fix?

My Festool Domino joiner jammed solid last Thursday on a walnut face frame, and I think the common advice to just 'blow it out' is a bad fix.

I had to fully disassemble the tool to remove a compressed wood chip that was wedged behind the cutter, which took me two hours and a call to their service center in Indianapolis.

Rant: Seeing a lot of new guys skip the story stick

I watched a crew in Denver last month try to build a whole kitchen without one and the reveals were a mess. How many of you still use a story stick for every install?

Finally settled the debate on using pocket screws or dowels for a maple face frame

I went with dowels for a client's kitchen remodel last month and the alignment was perfect, with zero visible gaps. Has anyone else found a better method for keeping things flush on a big project?

Appreciation post: My old boss in Cincinnati taught me a trick for scribing that saved a huge job

We had a kitchen install with a stone wall that was way out of plumb, maybe an inch and a half over 8 feet. For years I'd fight with a compass and it never looked right. He showed me to use a small block of wood with a pencil taped to it, running it along the wall to transfer the exact contour to the cabinet side. It made the fit perfect on the first try. Does anyone have a different scribing method they swear by for tricky spots?

A warning about those new water-based contact cements

For years, I used the old solvent-based stuff for laminate work, no question. About six months ago, I switched to a water-based brand to try and cut down on fumes in my small shop. The first few jobs seemed fine, but last week a big countertop edge started to lift after just two days. The bond just did not hold up to a bit of heat from a coffee maker. I'm going back to the old formula for anything that gets warm or wet. Has anyone found a water-based cement that actually works for kitchen tops?

Honestly, I spent 4 hours trying to get a flush fit on a simple drawer front and I think the whole 'measure twice, cut once' thing is overrated for final fitting.

I finally gave in and tried those magnetic drawer slides everyone talks about

For years I thought they were just a pricey fad for fancy kitchens. Then I installed a set on a built-in for a client in Boise last month, and the smooth close is unreal. It convinced me when the homeowner, a retired engineer, said he'd never seen a drawer work that quietly. Now I'm thinking about using them on my own tool cabinet. Has anyone run into issues with them on really wide or heavy drawers?

Can we talk about the push for CNC-only shops in Seattle

Three years ago I took a job at a high-end place in Ballard that had just bought a massive 5-axis machine. Last month, the owner told me they were letting go of two guys who only did hand-cut joinery, saying it was 'inefficient'. I watched a $15,000 custom vanity get ruined last week because the programmer didn't understand grain direction on the walnut. Has anyone else had a client complain about the lack of craft in machined-only work?

Can we talk about how many shops still use lacquer thinner for cleanup?

I was reading a safety sheet from a supplier in Portland and it said over 60% of reported solvent exposure issues came from that one product. Has anyone switched to a safer alternative that actually works on dried poly?

Unpopular opinion: I've gone back to using a hand plane for final smoothing on solid wood doors

For years I used a random orbit sander, convinced it was faster and just as good. That changed after a big maple kitchen job where the sander left a slight haze I couldn't get rid of. Now I take the extra ten minutes per door to use a sharp No. 4 plane for the final pass. The surface is clearer and the glue-up lines practically vanish. Anyone else find power sanding can sometimes leave a less-than-perfect finish on certain woods?

A simple thing I see people mess up with drawer slides

For years, I thought you just screwed them in flush to the cabinet sides. Then I helped a friend fix a kitchen full of sticking drawers and saw they had all been installed that way. The real trick is leaving a 1/32 inch gap between the slide and the cabinet side for expansion. In my experience, that tiny bit of space stops the wood from pinching the slide when it swells with humidity. I learned this the hard way after redoing three drawers in a bathroom vanity last summer. Has anyone else found a different number that works better, or is that gap pretty standard?

A customer in my store said my dovetail jig was 'cheating' and it still bugs me

He was looking at a project I brought in, a small cherry box, and pointed at the joints. He said, 'Real cabinetmakers cut those by hand, you know.' It happened right by the tool rental counter last Tuesday. What's the dumbest thing someone has said about your work?

Appreciation post: My $3000 CNC upgrade was a total waste for my custom shop

Everyone says you need a CNC for modern cabinet work, but after six months with a new benchtop model, I've spent more time fixing tool paths and babysitting cuts than I ever did with my router jigs. The precision is great for flat-pack boxes, but it kills the flexibility I need for one-off built-ins and curved details. Am I the only one who thinks the push for full automation overlooks what hands-on craftsmanship actually provides?

Vent: I just realized I've cut over 10,000 board feet of maple for face frames in the last 5 years

That's a whole lot of trees, and it finally clicked why my local lumberyard guy knows my truck. Anyone else ever stop and calculate a number that made you pause?

Hot take: I finally tried a 3/4 inch dado stack on a maple carcass after years of using a router and jig.

The dado was done in two passes and left a cleaner, more consistent joint with less tear-out than my old method, so which approach do you all prefer for casework joinery?

Vent: My router bit slipped and gouged a finished cabinet door last week

I was doing a final pass on a set of maple doors in my shop, using a 3/8-inch roundover bit. The router was running fine, but then it just jumped and cut a deep groove right across the face. I stopped everything and just stared at it for a minute. I ended up having to sand the whole door down past the gouge and re-stain it, which added about three hours to the job. Has anyone else had a bit slip like that, and what's your go-to fix for a deep scratch in finished wood?

Spent $500 on a digital angle finder and it's been a total waste for my work.

Everyone says they're a game changer, but I find my combination square and a sharp eye are faster and just as accurate for cabinet face frames. Has anyone else ditched the digital tools and gone back to basics?

Hot take: I think we overrate the importance of a 100% dust-free shop.

I was reading an old trade journal from 1985 and a master cabinetmaker said he just used a damp rag to wipe down surfaces before finishing, no fancy air filtration. His work is in museums now. Are we spending too much on gear for a problem a rag can mostly solve?

PSA: My old way of setting up for face frame doors was a total time suck

For years, I'd clamp a straightedge to the cabinet box, run the router, then spend forever cleaning up tear-out with a chisel. It was messy and took me about 45 minutes per cabinet. Last winter, I finally bit the bullet and bought a dedicated face frame door jig from Kreg. The first time I used it on a set of six upper cabinets, I was done in under two hours total. The setup is just faster and the bearing guides eliminate almost all the tear-out I used to get. I can't believe I waited so long to switch, just because the old way was 'how I was taught'. What other jigs or setups have you guys bought that actually saved you real time in the shop?

My router bit chipped on a maple panel last month and I had to think fast

I was running a cove cut on a big piece of hard maple for a built in, something I've done a hundred times. Halfway through the pass, I heard a nasty ping and saw a shiny piece of carbide fly off. The bit was a 3/4 inch Whiteside I'd had for years. I had to stop the job right then. I checked the cut and there was a bad tear out about six inches long. I ended up using a sharp chisel to clean up the tear out by hand, then switched to a smaller bit to finish the profile in two lighter passes. It cost me most of an afternoon. I always thought those bits were bulletproof, but I guess everything wears out. Has anyone else had a good bit fail suddenly like that?