Description
A custom I-shaped bracket featuring a 36x50x40 mm outer profile and 15.5 mm side cutouts. Designed with rounded edges for a clean finish and smooth handling.
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A sturdy, precision-measured stepped T-bracket designed to join or space components on multiple planes. The solid central pillar provides a heavy-duty connection between the base plate and the cross piece. Dimensions Base Plate: 4.5" × 1" × 0.25" Cross Piece: 2.6" × 0.6" × 0.19" Overall Offset: 0.78" top-to-top (0.59" clearance between plates) Mounting Holes: 0.27" diameter, spaced 2" apart Features Stepped dual-plane geometry Print-ready filleted outer corners Heavy center union block for shear strength

A functional, single-piece, print-in-place wrist mount for an oval retractable tape measure, designed specifically for clinical nerve conduction studies. This iteration adds two key features requested by the clinician: Captive Retention: The top lip now has a deep 2.5mm overhang, completely trapping the tape measure so it cannot fall out during active movement. The side scallops were raised to keep the lip rigid and continuous. Auto-Retract Cantilever: The floor features an integrated, FDM-compliant C-shaped flexure tongue holding a 4.5mm domed pressure pad. When the tape measure is snapped in, this boss continuously depresses the central retract button, allowing the user to simply pull the tape out and let go for immediate automatic retraction. Setup and Usage Snap the 65×59mm tape measure in button-side down. Thread a standard 20mm or 22mm fabric strap through the side loops for a comfortable, non-restrictive fit on the forearm. Prints flat on its base without supports.
A heavy-duty cylindrical ring, measuring exactly 115mm across with a 65mm bore. Built straight and solid, ready to act as a substantial standoff, collar, or structural spacer. Dimensions Outer Diameter: 115 mm Inner Diameter: 65 mm Height: 30 mm Wall Thickness: 25 mm

A solid, non-threaded structural pin designed for aligning and securing aluminum frame extrusions. Modeled with an undersized shaft to account for dimensional expansion during printing. Shaft Diameter: 4.9mm (nominal 5mm fit) Shaft Length: 32mm Head Thickness: 2mm Head Diameter: 9.5mm Note: The 100% infill requirement must be configured in your slicer settings prior to printing to ensure the part achieves maximum shear strength.
A wedge-profile retaining fork designed to slide radially onto a 17mm shaft or groove without flexing. It replaces standard wrap-around snap rings or C-clips where rigid materials prevent a snap-fit. Dimensions Bore / Slot Width: 17mm (straight slide-on clearance) Outer Diameter: 23mm Thickness: Ramps smoothly from 2.9mm at the open tines to 3.0mm at the closed back.
Plain sleeve with a 9mm outer diameter and a 7.1mm through-bore. Length: 40mm Wall thickness: 0.95mm Measure the shaft or bolt this is going over before you run it. 7.1mm is a specific inside dimension, and FDM shrinkage usually eats a fraction of a millimeter on inner bores. With only a 0.95mm wall, there's not much material left to drill out if it runs tight.