Modular 3D-Printed Wooden 19" Server Frame for Home Labs
A lightweight, customizable rack frame made from 3D-printed connectors and 25 mm wooden dowels. The calculator helps determine cut lengths for different rack heights and hardware depths.

Modular construction
Stackable base design with 3U, 4U, 5U and 6U rail variants.
Simple materials
3D-printed connectors, 25 mm wooden dowels and standard screws.
Cut list for your TimberRack
Enter the desired rack height in rack units and the required depth. The calculator automatically accounts for the 18 mm offset between the mounting system and the wood.
Measurements
1 rack unit equals 44.45 mm. A total of 18 mm is subtracted for the mounting offset.
Height calculation
(44.45 mm x 10 U) - 18 mm = 426.5 mm
Cut list
Designed for 25 mm wooden dowels and the TimberRack base frame.
Total rods
25
Total wood length
10.81 m
Smart cutting plan
The optimizer distributes all required wooden pieces across your stock rod length and accounts for the saw kerf.
Required stock rods
12
Total waste incl. kerf
1,189 mm
Material usage
90.09 %
Stock rod 1
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 2
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 3
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 4
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 5
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 6
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 7
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 8
used incl. cuts: 993.5 mm · offcut: 6.5 mm
Stock rod 9
used incl. cuts: 909 mm · offcut: 91 mm
Stock rod 10
used incl. cuts: 909 mm · offcut: 91 mm
Stock rod 11
used incl. cuts: 817 mm · offcut: 183 mm
Stock rod 12
used incl. cuts: 303 mm · offcut: 697 mm
Note: The plan counts one kerf per part. If you can use an end piece without an additional cut, the real offcut will be slightly larger.
Assembly guide coming next
This section will contain the step-by-step guide with parts overview, print notes, assembly order and tips for aligning the 19-inch rails.