Created today
Description
A desktop dispenser for keeping hookup wire and solder from turning into a bird's nest. It runs three separate spools on a shared drop-in rod, with individual funnel-shaped feed holes so the lines pull smoothly without catching. Printed spacer washers sit between the spools to keep them turning independently.
Remix Hooks & Starting Dimensions
Photos
Technical views

Filament spools that hang off the edge of undersized holders are a constant source of drag and jams. This A-frame stand widens the track, catching oversized spools before they can derail. Fit and Bed Limits Inner Clearance: 160 mm between the uprights Base Width: 180 mm Spindle Height: 192 mm Printability: The entire layout is spaced to fit on a 220x220 mm bed without needing rotation or supports.

A plate-mounted spool holder for filament spools with large central holes. A hollow 48 mm spindle rises from a flat mounting plate and ends in a flared lip that keeps the spool from sliding off. Remix hooks Spindle diameter (48 mm): change to suit your spool bore; most big-hole spools measure 50–58 mm, so leave 2–4 mm of play. Spindle length (70 mm): stretch for wide spools, shorten for slim ones. Plate (110 × 64 × 6 mm): screw holes sit 44 mm either side of centre, 4.5 mm with countersinks. Move them to match your panel, or add a third hole. Lip: 58 mm with a 45° underside so it prints without supports. Make it a removable cap for easy spool swaps. Wall (3 mm): thicken for heavy 3 kg spools, or add ribs. Prints plate-down with the spindle pointing up. Mount with the plate against a vertical panel so the spindle points sideways; a pair stacks well for dual spools.
Compact left-side mounting enclosure for Klipper printer telemetry, designed specifically for the Ender 3 Pro 2040 vertical extrusion. Hardware Compatibility: Fits a 1602A I2C LCD, a 32x32mm HW-109 MAX7219 LED Matrix, and a standard 5mm RGB LED. Internal Clearance: 36mm cavity depth cleanly clears standard I2C backpacks. Mounting System: Left-oriented 5mm side flange using dual slots for M4 t-nuts. Flange sits flush to the bottom, leaving top clearance for gantry travel. Assembly: Snap-fit 2mm front panel with internal screw bosses; back plate secured via four M3 interior corners. The housing prioritises rigidity and short wiring paths over bulk, anchoring firmly without compromising structural frame limits.
Bajan Wave is a purpose-built 3D-printable master designed for silicone mold-making. It features a sweeping, parametric undulating perimeter that mimics a flag fluttering in the wind, standing out against basic rectangular forms. The basin precisely follows this waving profile and includes the defining elements of the Barbados national flag—vertical section dividers and the iconic broken trident, carefully proportioned to match official specs. The entire underside is perfectly flat, ensuring it sits securely against your casting box base without flashing underneath, while a consistent 8mm perimeter rim includes two integrated resting grooves. Specifications Overall Master Size: 120 mm x 70 mm x 15 mm Basin Floor: 4 mm thick Rim Width: 8 mm constant width following the wave Relief Details: Features a 2 mm raised broken trident and divider bars for high-contrast resin fills.
Ojačana račva u obliku slova T za spajanje cevi i vakumetra. Glavno telo: Prečnik 21 mm, dužina 44 mm, zatvoreno sa jedne strane. Na otvorenom kraju nalazi se integrisani ženski 1/4" BSP navoj za vakumetar, sa plitko oborenom ivicom. Krak sa navojem: Ukupna dužina 27 mm (12 mm glatki deo, 15 mm navoj na vrhu). Spoljni navoj je M12 sa korakom 1.25. Kroz njega prolazi kanal od 6.2 mm. Glatki krak: Dužina 26 mm, spoljni prečnik 10 mm. Kanal za protok je 6 mm. Ojačanja na spoju oba kraka sa glavnim telom smanjuju stres pod uglom od 90 stepeni i sprečavaju lomljenje slojeva tokom upotrebe.
A miniature closed-end helical spring. Designed to rest squarely on flat surfaces, the outer coils taper into a zero-pitch ring to distribute force evenly across the ends. Overall height: 7 mm Outer diameter: 3.5 mm Wire thickness: 0.45 mm FDM Printing Note: Printing at this scale usually produces parts much stiffer than their injection-molded counterparts. Expect rigid behavior unless printed in highly compliant TPU.