This video details the process of designing and building custom wooden drawers with various types of integrated wooden slides, specifically for installation under a standing desk. The creator begins by comparing different wooden slide designs—including simple piston-fit, side-mounted rails, and center undermount rails—weighing their pros and cons regarding durability, space efficiency, and ease of construction. The core of the video demonstrates the rapid and precise construction of the drawers using a table saw with a Screw Advance box joint jig, which is shown to be significantly faster than a CNC router. A key feature is the creation of recessed, "invisible" drawer pulls using a drill press and a router with a cove bit to save space. The final segment focuses on the challenge of custom-fitting the drawers to accommodate the complex lifting mechanism of the standing desk, requiring creative shaping and reinforcement of the drawer bodies.
Building and Installing Custom Wooden Drawers for a Standing Desk
0:00 Why Wooden Drawer Slides?: The creator opts for wooden drawer slides because they are inexpensive, easy to build, and less prone to getting clogged with dust compared to commercial metal slides.
0:49 Exploring Wooden Slide Designs: Several styles are discussed:
Piston Fit (0:53): A simple design where the drawer side slides directly in a groove. Prone to wear, but can be improved by adding a hardwood strip to the bottom edge of the drawer.
Grooved Side with Rail (2:21): A durable method where a groove in the drawer side runs along a fixed hardwood rail mounted in the cabinet.
Top-Mounted Rails (3:01): Placing rails near the top of a wide drawer provides excellent support and stability, which is ideal for a desk.
Center Undermount Rail (3:26): A single rail supports the drawer from the bottom center.
4:01 Fast and Precise Joinery: Rather than using a CNC, the creator uses a Screw Advance box joint jig on a table saw to cut the drawer joints. This method is shown to be extremely fast, completing the joinery for one corner in just over 30 seconds.
4:42 Creating "Invisible" Drawer Handles: To save space and avoid protrusions, recessed handles are created. The process involves using a drill press with an XY table to drill overlapping holes for the opening (5:12) and then a router with a cove bit to carve out a hollow space for fingers behind the handle (5:26).
6:01 Drawer Assembly Process: The drawers are assembled using wood glue. To prevent a "starved joint" where the wood absorbs too much glue, it's applied to both mating surfaces of the box joint. The assembly is done in stages to ensure the corners remain square.
8:37 Custom Fitting for a Standing Desk: The primary challenge is building drawers that can function around the desk's lifting mechanism. This requires carefully measuring and cutting notches into the back and bottom of the drawers so they don't collide with the frame.
10:04 Reinforcing a Custom-Cut Drawer: For a drawer that needed a large section of its bottom removed to clear the desk frame, an extra piece of wood was glued underneath to restore its structural integrity.
11:35 A Costly Mistake: The creator highlights a mistake where one of the recessed handles was accidentally installed backward, making the handle slot inaccessible and impossible to fix after gluing.
11:53 Final Takeaway on Space: The video concludes by noting that well-designed wooden slides, particularly side-mounted rails, do not take up internal drawer width, unlike many commercial metal slides which can significantly reduce usable storage space.