Part of our work is designing custom solutions for systems neuroscience experiments. Sometimes they do not fit our criteria for becoming a product. Because they can still potentially be useful to a significant number of labs, we do the extra work necessary to share them as Open Hardware. We also share designs from the open source collaborations we are part of. Beyond its main features (accessibility to all, transparency, customizability), open hardware with 3D-printed parts also promotes sustainability: One can easily print replacement parts and thus extend a tool’s lifetime.
In addition to the ready-to-manufacture files, we share editable design files, manufacturing tips, context for the design idea, and how the design is being used in the lab. Unless otherwise specified, distributed under the CERN OHL-S licence.
METAL REUSABLE MICRODRIVE | Developed by the Buzsàki lab, this microdrive can be used multiple times, and allows probe reuse as well (3+ times, the limiting factor becomes impedance). Preprint can be found here, with assembly instructions. We are currently collaborating on design (user experience) and bulk manufacturing.
BASE FOR SPHERICAL TREADMILL | Modified from a design by the Technocenter, Radboud University, this 3D-printed base distributes compressed air evenly to support a floating styrofoam ball. Two sensors measure rotation speed. Often used with virtual reality setups.
Design files and assembly instructions coming soon.