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Description
This unified bench stand secures a standard 25mm soldering wand and a 1-ounce flux tin. The 40-degree cradle angle positions the heating element directly over the forward sponge tray, keeping the benchtop clear of dripping solder and preventing the flux jar from tipping during use.
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Anchor your electronics workspace with a heavy-duty workstation designed to keep hot tools contained and accessories exactly where they belong. The core of the build features a robust, spring-style cradle elevated on a strong spine, sized to hold a standard 25mm soldering iron handle while keeping the heated tip safely suspended in the air. Right alongside the iron path is a built-in tray for a cleaning sponge, while an integrated side cup locks down notoriously easy-to-spill flux jars. Station Features Coil Cradle: A 50mm open-spring rest engineered to securely support 25mm iron handles. Flux Security: A dedicated side cup to prevent flux jar spills and slips. Sponge Tray: Positioned below the iron tip's resting zone for quick, easy wiping and tinning. Accessory Catch-all: Extra zones crafted into the base to hold spare tips and small project components.
A straight adapter designed to connect a 32mm shop vacuum hose to a 25mm power tool dust port. The exterior features raised retention ribs, ensuring a standard hose clamp can grip the adapter securely without slipping under tension or vibration. The geometry incorporates precise dimensional offsets to allow for an immediate friction fit: 31.5mm outer diameter on the vacuum side to slip inside a standard 32mm hose. 25.5mm inner diameter on the tool side to slide smoothly over a 25mm tool port. Raised exterior ridges running along the body for improved hose clamp retention.

A specialized extension nozzle designed for reaching deep into narrow spaces, such as car seat gaps and tight tracks. The base features a 35.5mm inner diameter sleeve tailored to fit over a 35mm Dyson V11 wand collar, providing a secure friction fit over a 25mm depth to clear standard spring-clip catches. The main body flattens out, while the final 20mm tapers sharply into a thin slot for maximum penetration into cramped areas. Mounting interface: 35.5mm ID, 25mm deep sleeve intended for Dyson V11 mounts. Nozzle profile: Flattens along the shaft, tapering to a highly restricted slot at the tip. Target application: Automotive interior detailing and reaching confined household crevices.
A stepped, turret-profile chuck designed to adapt standard Sharpie markers for use in pen plotters expecting an 11mm tool. The lower section drops seamlessly into the machine's carriage, while the flared upper collar houses an 11.5mm bore tailored to the 11.3mm grip and 13mm shoulder of a standard marker. Design Details Compression Collar: A vertical flex slot allows the upper section to clamp firmly onto the pen body without warping the base. Zip-Tie Channel: A recessed groove in the collar provides a secure seat for a standard zip tie to cinch the mechanism closed. Internal Stop: An internal taper arrests the pen's shoulder, keeping the tip height consistent across tool changes. Tip Clearance: An 8.5mm lower bore ensures the marker tip passes through smoothly without clipping the adapter walls.

A precision micro U-channel profile built to exact specifications. Designed as an inverted U-shape, it features consistent 2mm wall thickness throughout. Dimensions Width: 8 mm Total Depth: 6.5 mm (yielding a 2.5 mm internal channel) Total Height: 9.5 mm Wall Thickness: 2 mm on both verticals and the top span Print notes Prints easily in its current orientation with no supports required. A slight 0.2mm chamfer has been applied to the outer top edges to eliminate sharp corners.
This anatomical simulation bone is designed for realistic mechanical training and demonstrations. Modelled at a compact 200mm footprint to suit standard print beds, it features a functional, re-settable fracture mechanism built straight into the main shaft. The midshaft utilises an interlocking V-notch joint tailored for sudden directional failures. By threading elastic shock cord through the central internal channel and tying it off in the polar counterbores, the bone is tensioned. It rests firmly aligned and rigid until lateral force (a "push") hits the threshold, causing the V-notch to ramp open and cleanly hinge to simulate a fracture. Stopping the lateral pressure causes the elastic cord to snap the halves immediately back into the unmarred state. Assembly notes Hardware: Requires one length of 3-4mm elastic shock cord. Tie-down: Feed cord completely through the continuous central bore, stretch for the desired breaking tension, and secure via simple knots. Both ends feature counterbores specifically to hide the tie-offs. Scaling: Feel free to scale the assembly up uniformly to simulate a full adult male femur (~225%), but note you will require a correspondingly wider elastic band.