4 layers28.7 × 27 mm
Neurband c
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
70 parts46
Emg
17 boardsKiCad boards from 9 GitHub repositories tagged “emg”, the most starred first; open any of them in PCBKit.
- 2 layers32 × 60 mm
BioAmp v1.5
upsidedownlabs/BioAmp-v1.5
Upside Down Lab's Biopotential Amplifier v1.5 - Buy on Tindie at https://bit.ly/BioAmp-v1_5
34 parts42 - 2 layers60.3 × 53.3 mm
Muscle BioAmpShield
upsidedownlabs/DIY-Muscle-BioAmp-Shield
A Do It Yourself (DIY) Electromyography (EMG) shield for learning neauroscience with ease.
60 parts15 - 4 layers110 × 50 mm
OpenHand v1
AleksaHeler/OpenHand
Our attempt at a prosthetic hand using STM32 microcontroller with custom PCB and mechanics
214 parts13MIT - 2 layers155 × 95 mm
Carte v1
PolyCortex/AcquisitionEEG2020
EEG Acquisition board software, PCB design files and documentation.
170 parts10 - 4 layers116.6 × 55.6 mm
ECG Learning Board
emptydave/ecg_teaching_board
Educational bio-signal acquisition board for teaching electrophysiology
97 parts1CERN-OHL-W-2.0 - 2 layers100 × 100 mm
Emg
Pai-88/emg-robotic-hand
Single-channel surface-EMG front end (AD623 + driven-right-leg) on a Raspberry Pi Pico. Board fabricated and telemetry verified on hardware; analog front end and on-body EMG still in bring-up.
40 parts1MIT - 4 layers68 × 46 mm
Utter
IFAKA/utter
Utter: covert silent-speech text input from surface EMG (open-source ALS voice)
107 parts - 2 layers50 × 32 mm
Unipa bioamp pro
Mustafa-Yagci/unipa-bioamp-pro
Precision Biopotential Analog Front-End (AFE) for ECG/EMG/EEG | CMRR >100 dB | Driven Right Leg (DRL) Active Feedback | KiCad 8 & Production Gerbers
27 partsMIT - 2 layers133.1 × 38.5 mm
Neurband c flex
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
41 parts46 - 4 layers28.7 × 27 mm
Neurband c old
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
69 parts46 - 2 layers139 × 50 mm
Neurband electrodes S
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
49 parts46 - 4 layers54 × 34 mm
Neurband main
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
63 parts46 - 4 layers32 × 26 mm
Neurband main
jlcjak/neurband
Open, minimal sEMG wristband like the Meta Neural Band: 8-ch ADS1298 + nRF52832 BLE, dry gold electrodes on a flex, 3D-printed band. KiCad, FreeCAD, Zephyr, Python, simulations.
60 parts46 - 4 layers100 × 50 mm
OpenHand v2
AleksaHeler/OpenHand
Our attempt at a prosthetic hand using STM32 microcontroller with custom PCB and mechanics
172 parts13MIT - 4 layers100 × 50 mm
OpenHand v3
AleksaHeler/OpenHand
Our attempt at a prosthetic hand using STM32 microcontroller with custom PCB and mechanics
207 parts13MIT - 2 layers115 × 75 mm
ProstheticHandV2
AleksaHeler/OpenHand
Our attempt at a prosthetic hand using STM32 microcontroller with custom PCB and mechanics
99 parts13MIT