Jeff and Jon from TodaysCraftsmen demonstrated the test featured in this video.
Boring hinge cups and screw holes produces a surprising amount of fine dust and chips, especially when running through a stack of cabinet doors. Rather than dragging a bulky shop vacuum across the floor every time, Jeff and Jon installed a wall-mounted retractable vacuum right next to their hinge boring machine. Along the way, they also broke down some of the terminology behind European hinge boring that often confuses woodworkers new to frameless cabinetry.
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The Problem With Hinge Boring Dust
The hinge boring machine sits in the back corner of the shop, right behind the CNC. Every time a door passes through, it produces a pile of chips, whether the material is HDF panel stock or solid wood doors. The machine itself has no dust collection port built in, so for a long time the only solution was to sweep up after the fact.
A standard shop vacuum could have worked, but it comes with its own headaches. Round canister vacuums tend to stick out awkwardly no matter where they are stored, and they rarely fit neatly into a dedicated spot in the shop. That frustration is part of what made a wall-mounted option appealing.
Why a Wall-Mounted Vacuum Makes Sense
The retractable vacuum unit gets lifted completely off the floor and mounted on the wall directly beside the hinge boring station. That placement keeps it out of the way while still being immediately accessible whenever chips start piling up.
Because it stays off the ground, the space underneath remains usable for storage, and a nearby table can still extend into that corner when needed. The hose reel extends an impressive distance, reaching well past the halfway point of the shop and nearly to an edge bander positioned across the room. That kind of reach means one mounted unit can realistically cover cleanup duties for a large section of the shop floor.
A remote control mounted right on the hose handle is one of the more practical features. Since the hose can extend so far from the unit, it would be impractical to keep walking back to the wall to power the vacuum on and off, especially when a clog needs to be cleared and the motor has to be stopped first.
Attachments and Everyday Use
The vacuum arrived with a set of attachments mounted conveniently nearby, including crevice tools, wide nozzles, brushes in different sizes, and a floor attachment. Suction power is strong even without any attachment installed, making it useful for quick cleanup around ductwork, surfaces, and corners of the shop, especially helpful when customers are expected to walk through.
After boring around forty panels, a noticeable layer of fine dust remained on the floor even after a basic sweep. Running the vacuum over that area, including with the included floor wand, picked up the fine dust that a broom alone tends to leave behind.
Retracting the Hose and Emptying the Canister
Retracting the hose is as simple as laying it on the floor and giving it a light tug, letting the reel pull it back in automatically. Since the hose guides itself onto the spool, there’s no need to manually wind it the way a basic hand-crank reel would require, which also avoids the risk of a loose hose whipping around during retrieval.
Emptying the canister only requires releasing two latches on either side to slide out the tray. Even after just a day’s worth of use, the tray collected a noticeable amount of fine dust, and a filter at the base does a good job of catching particles before they pass through. Tapping out the filter and sliding the tray back into place takes only a moment, with small mounting points that keep the tray secure rather than letting it drop when the latch opens.
Breaking Down Hinge Boring Terminology
While demonstrating the vacuum in action, Jeff and Jon also walked through the boring setup for concealed European hinges. The now-common standard among major hinge manufacturers is often referred to by its spacing numbers, which describe the distance between hole centers for the mounting screws.
The hinge cup itself is typically sized to match standard 35mm boring bits, which fits most everyday cabinet doors and overlays. Different cup sizes are available for specialty applications, but 35mm remains the most common choice for standard door thicknesses.
Several hinge mounting styles were shown, including tool-free hinges that use an expanding dowel and wedge system, press-in hinges that get mechanically pushed into a smaller hole using the boring machine itself, and traditional screw-in hinges. Each style has its own hole size requirements, so knowing which system a shop standardizes on simplifies machine setup considerably.
Understanding Overlay and Plate Thickness
One of the more useful explanations covered how plate thickness and tab spacing interact to control overlay distance on a cabinet door. The tab refers to the gap between the door edge and the start of the hinge cup boring, and adjusting either the tab or the mounting plate thickness changes how far the door sits over the cabinet side.
For a full overlay setup, the goal is typically to cover most of the cabinet side while leaving a small reveal gap between adjacent doors. Settling on one combination of plate thickness and tab measurement and sticking with it across every project removes a lot of guesswork from future builds.
A thinner mounting plate reduces projection, while a thicker plate pushes the hinge further from the cabinet interior. Finding the right balance matters because too little clearance can cause doors to bind against drawers or interior components.
Setting Up the Boring Machine
The boring process itself is straightforward once the machine is dialed in. Using boring software that allows fixed reference settings, hinge positions are measured consistently from the top and bottom of every door, so stop blocks can be set once and reused for every panel that comes through.
With the stops set, clamps engage automatically to hold the door in place, and the machine drills the cup hole along with the mounting screw holes in a single pass. For doors using the press-in mounting style, the same machine can push the hinge directly into the pre-bored holes, producing a cleaner result than the traditional method of hammering a hinge into place by hand.
One hinge example highlighted during the demo was a heavy-duty institutional-style hinge with a wider swing angle. Unlike modern soft-close hinges, this style is free-swinging and lacks a built-in dampening feature, but it remains useful for certain high-wear applications, making it worthwhile to understand how to bore for it even if it isn’t used on every project.
Final Thoughts
Between the convenience of a wall-mounted vacuum and a clearer understanding of hinge boring standards, this setup addresses two common pain points in cabinet shop workflow. The vacuum’s reach and storage efficiency make it a strong option not just for a woodworking shop, but for garages or outdoor sheds where floor space and wall-mounted storage matter just as much.
Having a dedicated, always-ready vacuum right at the point of mess, rather than hunting down a portable unit, is a small change that adds up over time in shop efficiency. Combined with a dialed-in hinge boring setup, it’s a good reminder that small workflow improvements often make a bigger difference than expected.
See Jeff’s plans here: https://www.todayscraftsmen.com/
Matt’s Take
These are my personal thoughts and tips based on my own experience in the shop. This section is not written, reviewed, or endorsed by the original creator of this project.
Fine dust from hinge boring is sneaky stuff. It’s light enough to float and settle everywhere, which is exactly why a broom alone never quite gets the job done. If you’re setting up a similar station, think about dust collection at the source first — even a simple shop-built hood or shroud around the boring bit can cut down on what ends up airborne before it ever hits the floor.
On the wall-mounted vacuum setup, one thing worth considering if you’re shopping for something similar is CFM and static pressure ratings, not just tank size. A unit with a long hose reach is great, but if suction drops off significantly at full extension, you lose a lot of the benefit. It’s also smart to check whether the filter is washable or needs periodic replacement, since fine MDF and HDF dust can clog filters faster than typical wood chips.
On the hinge boring side, the 35mm cup standard is worth memorizing if you work in frameless cabinetry at all, since it shows up across nearly every major hinge brand. One general tip: always test your tab and plate thickness combination on a scrap piece before running a full batch of doors. A small miscalculation in overlay doesn’t show up until the doors are hung, and by then you’re pulling hinges to adjust, which eats up time fast.
Lastly, always disconnect power before clearing a clog on any shop vacuum, even a wall-mounted one. It’s an easy step to skip when you’re in a hurry, but it only takes a second and avoids a nasty surprise.