Pick your controller board or PSU and get a mount built from its real CAD dimensions. Tune it against a live 3D preview and download the print-ready STL - no CAD required. The everyday parts (washers, spacers, standoffs, knobs) are here too.
Pick every board and PSU in your electronics bay and get the full set of DIN-rail plates, packed onto the rail for you - one print job.
Standoffs land on your exact board's mounting holes - BTT, Duet, Raspberry Pi and 50 more from the hardware database.
Mean Well and LDO supplies mounted on their real bottom-hole pattern, with screw lengths checked against the case.
Clips, saddles, and anchors for routing your wiring.
Fit-test plates that dial in clearances for your printer.
Multi-device DIN-rail bay layouts, packed from your device list.
Database-driven mounts for controller boards, motors, and fans.
Boxes, cases, and project enclosures for your electronics.
Brackets, plates, hooks, and clamps that hold hardware in place.
Spacers, standoffs, and washers sized to standard fasteners.
An axial fan mount, finger guard, or size-adapter plate for 40–140 mm PC/printer fans, sized to the standard 4-hole M4 pattern.
An open-top cradle that saddles a single cable or bundle (3-25 mm) and bolts to structure - a T-slot nut base, a tool-free twist-lock foot, or a legacy screw-down base for flat panels.
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.
A flat washer or shim sized exactly to the job: pick a screw for an automatic ISO clearance bore (M2-M6) or dial in any bore diameter, then set outer diameter/side, thickness, and a round or square outline.
Pick your boards and PSUs; get the complete printable DIN-rail bay: one clip-mount plate per device, packed into your rail length, previewed as the actual layout.
Print this small test plate before a big part: three screw-hole clearances and three nut-pocket depths, or three bearing-pocket sizes. Measure the results with calipers to see what actually fits on your printer.
A project box sized to your own PCB and connectors: outer dimensions, wall/floor thickness, corner radius, optional 4-corner PCB standoffs, side/top ventilation, and cable cutouts. Lid is drop-in or four-corner screwed.
A hex-body standoff for M2-M4 hardware - wrench flats hold it steady while the screw drives in. Set across-flats and height, and choose a through-clearance bore or a self-tapping pilot at both ends.
A round equipment foot with a positively captured mount - through-bolt, captured hex nut, or sandwich style - that clamps between the frame and a bolt head or nut, so the foot lifts with the machine.
Mounts an enclosed supply - Mean Well LRS-50 to RSP-500, the slim UHP-350, and the LDO LCP300 - on its own bottom-hole pattern: snap onto DIN rail, bolt to 2020 extrusion, or fit end brackets. Screw length is checked against the PSU depth limit.
A cylindrical spacer or bushing that holds hardware at an exact standoff distance. Bore matches M2-M4 screw clearance or set a custom diameter; OD and height are fully adjustable, and it prints upright with no supports.
A hand-tightening star knob that captures a standard M2-M4 hex nut inside the grip - no tools, nothing glued in. Choose 4-7 finger lobes, 16-60 mm diameter, and an optional base flange for a cleaner seat.
Snap a cable or hose (3-25 mm) into this C-clip from the top - no threading required. Twist-locks tool-free into 2020-class T-slot extrusion, or screw-mounts to a flat surface.
A zip-tie block that mounts to T-slot extrusion or a flat panel and keeps the screw and the tie on separate paths - the head is recessed, so it won't get in the way when you tighten the zip-tie.