CB1 DIN Rail Mount (TS35)
DIN rail mount for the BigTreeTech CB1 - a plate sized from its own 4-hole mounting pattern with clip slots cut straight in: screw it directly onto standard printable TS35 DIN clips - one to three clip positions, scaled to the plate's width (links on the model page). One print, no adapter plate.
Specs
- Manufacturer
- BigTreeTech
- Category
- Single-board computer (SBC)
- PCB size
- 55.0 × 40.0 mm
- Mount screw
- M2.5
- Hole pattern
- Rectangular, 4 holes
- Hole spacing
- 48 × 33 mm
About Controller Board/SBC Mount
Pick your exact board - BTT SKR, Octopus, Duet, Raspberry Pi, and 50 more - and the standoffs land on its real mounting holes. Mounts to DIN rail, VHB tape, or screws; self-tapping or heat-set fastening.
Open the full Controller Board/SBC Mount configurator →Pairs with (print separately)
Where a proven community part already exists, it is linked and credited here rather than re-generated.
- PCB DIN clip (pcb_din_clip_x3) by VoronDesign · GPL-3.0Recommended: the default clip-slot base screws straight onto this clip (M3, measured 31.5 mm row) - one plate, no adapter.
- BEEFY Din Clips by th0mpy (VoronUsers) · GPL-3.0Weight-classed variants for heavy loads - measure your variant's screw row first; the plate slots accept 29.5-48 mm centre-to-centre.
Built for an easy print
- Prints support-free in the orientation it downloads in - an automated gate checks every model on every change.
- Meshes are verified watertight before they ship.
- Mounting dimensions come from the hardware database; source confidence varies by device. Confirm your hardware revision and test the fit.
More on how these parts are made: the About page.
Related mounts
Print settings
Designed for FDM and exported at nominal size. Choosing a material changes the slicer advice we show - never the part's dimensions - so keep shrinkage compensation in your slicer's filament profile, where it's measured per spool. Clearance fits come from measured fastener and hardware tables. Snap and lipped parts assume a 0.4 mm nozzle; print 3+ perimeters for strength.