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A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone. (1 of 2)A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone. (2 of 2)
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Remix

Z-Leg Laptop Stand — Press-Fit Honeycomb Frame (13" MacBook)

@smith

A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.

  • 7.28 × 10 × 3.97 in
  • 161.8 g
  • 15h 47m
  • 6 parts
  • PETG
$19.99
Free shipping Aug 19
remix

Tilted desk stand for 13" laptops. For anyone typing on a 13-inch MacBook at a desk: the two mirrored Z-legs lift the machine to a 22-degree angle, while the low anti-slip ridge catches the front edge so it stays put. Print six pieces, then push the four I-beam crossbars into the legs to lock the frame together without screws or glue.

A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.

Press-fit, friction only. Six printed parts, zero hardware. The four I-beam crossbars carry long tenons that slide straight into matching mortises in leg_left and leg_right. Push them home and friction alone locks the frame square. No screws, no heat-set inserts, no glue anywhere in the assembly.

A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.

22 degrees, with an edge catch. The Z-profile sets the deck at 22 degrees for comfortable typing and lifts the machine clear of the desk for airflow. At the lower end of each Z, a low ridge rises about 0.39 in and runs about 0.39 in deep, just enough to catch a 13-inch MacBook's front edge.

A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.

Solid where it counts. Each Z-leg is solid along the load paths and hex-relieved elsewhere, so the honeycomb pattern sits within the beam rather than through it. Crossbars use an I-beam profile for stiffness with a lighter feel. Six precision-fitted pieces assemble into a sturdy, refined frame with a fine layer finish throughout.

A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.
A sculpted Z-profile laptop stand designed around a 13" MacBook, tilted 22° for comfortable typing with a low-profile anti-slip ridge that catches the laptop's front edge. Two mirrored Z-legs — solid where they carry load, hex-relieved where they don't — are braced into a rigid box frame by four I-beam crossbars that press-fit straight into the legs. No screws, no heat-set inserts, no glue: just push the crossbars in and it locks together by friction alone.

Specs.

CategoryDesk & Gadgets
Dimensions7.28 × 10 × 3.97 in
Weight161.8 g
Print time15h 47m
Parts6
MaterialPETG
CreatedJul 24, 2026
UpdatedAug 4, 2026
Views47

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