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Fiber polarization controller (FPC) developed as an open source alternative for commercial ones. Thanks to the user-specified fiber-loop diameter, it allows printing the FPC for a given wavelength, with single-paddle operation very close…
Fiber component tray. Holds up to 2 wider (~5mm diameter) components with two spools to store fibers attached to the said component. One can spool them separately or by using 8-figure. Two magnets on the side to store the tray vertically.…
Holder for hex keys and other screwdrivers mountable to the edge of an optical table. Default parameters: diameter of the holes ranges from 1.5 mm to 6.5 mm, reasonable for all the hex keys normally used in optical labs. distance of the…
A simple holder for FC/PC fiber connectors. A neodymium magnet (default size 5mm diameter, 3mm thickness) allows for attaching fibers to an optical table or other metal surfaces. It also allows keeping fiber matings perpendicular to the…
It requires two M6 screws, two self-locking nuts, and two washers. Printing: To maximize the part strength against stress, it will experience (with a fully loaded suitcase), I printed it on its side and used organic supports. For the same…
Foldable signs to be put on the lab doors, showing one of the two messages: 1) Keep the door closed (closed position) / Measurement in progress (open position) 2) Authorized personnel only (closed position) / Do not enter (open position)…
Holder for optical elements mounted on 12 mm diameter posts. For 0.5" post, change the diameter parameter in the attached CAD .ipt files. You can use a simple plate; however, for best performance (especially for top-heavy elements) use…
Replacement kickstand for Spiegen Samsung Tab S6 case, slightly redesigned for more strenght.
Simple labels for labeling the outputs of the three channels of the Rigol DP832 power supply. OpenSource code supplied. Some adjustments may be necessary to achieve a snug fit, depending on the 3D printer used. Printed with Prusa MK3S,…
Minimalistic, space-efficient screwdriver bits with open-source parametric design. Designed to be printed with FLEX filament. If you use other filament, you may remove notches (false in OpenSCAD design) for easier printing. Supports…
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