The mission of the Neurotech Hub is to accelerate progress in neuroscience by providing cutting-edge technical services on demand. We seek, test, and deploy paradigm-shifting or bespoke technologies.
What we do
Electronics
- 2-Layer flex circuit boards
- Reflow & SMD assembly
- Bench testing & characterization
3D Parts
- Bio-compatible (≥25µm)
- Wide-range of filaments
- 3D design & consultation
Other
- Laser & textile cutting
- Specialized training
- And more…
Let’s build something great.
Are you interested in creating a piece of equipment, implementing a new technology, or figuring out how to make your idea come to life? We can help.
How do I start using the Neurotech Hub?
- Head to our Membership page and find a plan that fits and then Get in Touch. We can also work on an hourly basis or collaborate on grants.
- Request Training to get a tour of the Hub and familiarize yourself with our equipment and safety protocols. We will require a cost center to be on file at this point.
- Schedule your equipment so we know who, what, and when.
Monthly newsletter
Subscribing to our newsletter is the best way to stay tuned: 12 emails a year, that’s it.
Our work
How we Price 3D Printing
This blog post comes from asking myself a simple question when the Neurotech Hub was formed: what do we charge? The fact is, we operate as a business with no inherent subsidies. The main difference is that we don’t aim to profit, but rather, break even. What I did know was that many “on demand” […]
Replacing “Beam Break” Photointerrupters on the FED3
A common failure mode for the Kravitz Lab FED3 is a broken/burned out “beam break” or photointerrupter module. The can happen either because the lenses are marred via scratching or chewing, or the module itself has outlived its stated “50% degradation over 5years” (see the SHARP GP1A57HRJ00F Datasheet or purchase them on DigiKey). Testing the […]
Achieving Super Low Deep Sleep Current with Adafruit Feather ESP32-S3 with I2C Enabled
The Adafruit Feather ESP32-S3 is a little powerhouse of a module. It has a neopixel, LiPo charger and monitor, your ESP32 reset and boot buttons, and a nice little isolated I2C power line with a Stemma QT connector. I recently implemented a deep sleep program with the ULP co-processor (see also, Using the ESP32-S3 ULP […]