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Description
A 2.5-inch tall solid cylinder spacer with a 1.5-inch outer diameter and a 0.38-inch inner diameter. The inner hole features 1mm chamfered edges at the top and bottom to guide inserted parts and reduce edge stress.
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A heavy-duty dandelion digger and weed puller. Features a thick, ergonomic handle, a pronounced leverage bump (fulcrum) to easily pry stubborn roots, and a deep V-notch to slice right through taproots. The geometry is deliberately aligned to lay completely flat on its side. This achieves two things: Zero supports: The entire side profile sits directly on the bed. Maximum strength: Levering tools often snap under pressure if printed upright. By laying it sideways, the printing layer lines run the entire length of the shaft, absorbing the levering force seamlessly. Specifications Overall Length: 240mm Thickness: 20mm uniform width Suggested Print Settings: 4+ perimeters and high infill for optimal rigidity.

A solid, heavy-duty wall-mountable rack designed to hold five large screwdrivers vertically. Built to maintain a sturdy grip on hefty tool handles while keeping the mounting hardware completely separate from the tool shafts. Features: Accommodates 5 screwdrivers Wide handle cups (28mm) for heavy-duty tools Generous clearance between tool sockets and mounting holes Chamfered front and edges for a clean look Counterbored mounting holes for standard wood screws
A heavy-duty tension lock (tri-glide slider) sized perfectly for standard 50mm (2-inch) nylon webbing. This single-piece buckle uses a reinforced and raised center bar to ensure high friction, keeping straps tightly locked under load. Key Features Perfect Fit: 51mm internal width to give thick duty straps just enough clearance. Aggressive Grip: Three raised cylindrical ridges span the center bar to bite into the woven nylon and prevent slow slipping. Heavy-Duty Walls: 6mm thick external walls and a 9mm tall command bar mean this won't snap under tension. No Support Required: Prints entirely flat on the build plate.
Nothing stops a project faster than trying to perfectly align a separate impeller core inside a printed housing while the glue dries. This design builds the stator directly into the pipeline — a single solid print where the central shaft is locked to the walls via mid-body struts. The blades are pitched to guide airflow and trimmed completely flush with the adapter's inner taper, so there's no risk of them breaching the outer shell. Dimensions & Setup Total Height: 140 mm Shaft Diameter: 12 mm Blade Setup: 6 angled blades at the 4-inch base, 6 more at the 2-inch top. Mounting: 3 stationary support struts across the transition zone. Printing Note: Built as a single solid part (stator). If used for dust extraction, printing in PETG is recommended to handle the abrasion from chips.

A bulky wall mount that catches on sleeves and knocks things off the bench is exactly what we don't want. Chopping the back plate down to a stubby profile gets the plastic out of the way while keeping the rack mounted firmly against the wall. Fit Details Capacity: 8 scope probes Grip Clearance: 10mm holes Mounting: Swapped to smaller M3 countersunk holes to fit the shorter 12mm back plate
Tired of oscilloscope probes sliding off the bench and getting crushed by heavy gear? This wall-mounted rack gets them up and out of the way. It holds eight probes cleanly, keeping the cables untangled and the tips safe. Dimensions & Details Capacity: 8 slots (15mm diameter cutouts, 5.5mm entry slots) Overall Size: 220mm wide x 53mm deep x 17.5mm high Mounting: Three countersunk screw holes (4.5mm shaft, 7.5mm head) Printing: Prints flat on its base, no supports required. Thinned down to save material and print time.