Raise a laptop on your desk, keep it beside the CNC or tuck it into a drawer. Explore real community builds and open a shared Easel design to make one like it.
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Start from a blank workpiece
Watch the laptop stand parts take shape in Easel: lay out two wedge-shaped sides and two crosspieces on birch plywood, then turn the 3D preview to see the parts.
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Compare desktop stands, adjustable shop arms and drawer fittings. Each project explains what the shared file supplies and what you will assemble around it.
Laminated Desktop Standby Elliot Got BoredRaise a laptop on curved plywood supports and leave room for a separate keyboard in front. Elliot’s photos show the layers glued into thick sides. The shared design separates the curved side profiles from the crosspieces. Cut enough copies of the profiles for the layered build, then fit the crosspieces to the assembled sides.
Interlocking MDF Standby Paul KaplanSlot flat panels together to make an open stand for a desk. Paul’s photographed build is MDF, and his instructions link two separate cutting plates. Both are needed: one carries the crosspieces and a side panel, the other carries the remaining side panels. The saved files use a different material preset from the photographed build, so use the MDF described in Paul’s instructions as the build reference.
Sideboard-Mounted Laptop Standby Hans TKeep a laptop beside the CNC rather than on the machine bed. Hans made this pivoting stand from 18 mm plywood and attached it to the sideboard of his 2016 X-Carve. Two workpieces contain the arm and mounting parts, then the laptop tray and front stop. Adapt the mounting holes to your own machine and fit the joints to the plywood you use.
Open-Sided Laptop Riserby Nick SternUse tall, open side supports for a raised laptop with space underneath. Nick’s plywood design includes two end supports and two horizontal pieces. He suggests making the horizontal pieces from half-inch plywood to suit the laptop’s width, or using the eight-inch-wide pieces in the shared file. The open frame uses fewer parts than a layered stand.
Laptop Stand with an Extra Swivelby Dennis A McAlisterAdd a second swivel beneath the laptop tray so its angle can change without moving the whole arm. Dennis adapted Hans’s stand using three-quarter-inch plywood and MDF. The two shared workpieces include the arm, mounting and swivel parts, plus the tray and stop. His instructions list the bolts, nuts, washers, screws and glue used to assemble it.
Laptop, Clamp and Bit Storageby Justin CarverCombine a laptop shelf with places for clamps and router bits beside the CNC. Justin’s photo shows a pivoting plywood arm, a bit board above the controller and a separate clamp board. Six shared workpieces include the stand components, tray and storage layouts. Choose the pieces for your own sideboard and controller arrangement, then add the mounting hardware separately.
Layered Plywood Standby SethCNCStack matching plywood profiles into a rounded stand with a keyboard-sized opening. SethCNC shares a revised layer profile for Warren Downes’s original stand, shown in the gallery photos. The Easel file supplies one layer to repeat, not a complete nested set. Choose the number of layers for the laptop’s width, then glue and finish the stack.
Wall-Mounted Laptop Armby Fesler Creative DesginMove the laptop off the bench with a wall-mounted arm. Fesler’s photographed stand uses three-quarter-inch MDF. Two workpieces provide the tray, arm and mounting pieces; the instructions list bolts, threaded knobs and washers for the pivots. Arrange the parts for your machine’s cutting area and choose wall fasteners for the surface you will mount it on.
Vertical Drawer Laptop Dockby ZacBuildsStore a laptop vertically inside a desk drawer instead of leaving it open on top. ZacBuilds made walnut brackets to hold the computer and a small clamp for its USB-C cable. The shared file supplies those fittings, not the drawer or desk. Adapt them to an existing drawer and use the maker’s linked video for the surrounding build.
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From the makers’ comments and project notes
Read the project comments without an account. Log in to post a question in the project discussion; replies are not guaranteed.
Paul Kaplan recommends measuring the exact sheet with calipers before generating the stand’s interlocking parts. A nominal three-eighth-inch sheet was not a reliable fit for his original slot dimensions. Use the measured thickness to size the joints rather than expecting the material label to give the finished fit.
Comment by Paul Kaplan: read the source.
From MDF Laptop Stand by Paul Kaplan.
Ask a questionFesler’s material notes place washers between the arm mounts so the wall-mounted stand can move smoothly. The washers are part of the pivot assembly, not just extras under the bolt heads. Keep that spacing in mind when gathering the bolts, knobs and washers for this version.
Project notes by Fesler Creative Desgin: read the source.
From Articulating Wall Mount Laptop Stand by Fesler Creative Desgin.
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