Medical devices

10 boards

KiCad boards from 2 GitHub repositories tagged “medical-devices”, the most starred first; open any of them in PCBKit.

4 layers350 × 155 mm
Ventilator
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
788 parts169Apache-2.0
2 layers52.3 × 63.6 mm
ATMEGA328 Heater
naufalra/AutomatedTissueProcessor_Final_Thesis_PT.Miconos
Developing and inverse engineering heater for tissue processor with a target to use local components (TKDN) for over 70%. The research is also used for my bachelor thesis.
64 parts1
4 layers21.5 × 42 mm
Indicator board
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
20 parts169Apache-2.0
2 layers42 × 25 mm
Pressure mpx5700ap,gp
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
13 parts169Apache-2.0
2 layers42 × 25 mm
Pressure mpxv5004dp
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
12 parts169Apache-2.0
2 layers42 × 25 mm
Pressure mpxv5010dp
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
12 parts169Apache-2.0
2 layers42 × 25 mm
Pressure ms4525do
RespiraWorks/Ventilator
Fully-featured ICU ventilator design, optimized for manufacture using commonly available components and free to license.
9 parts169Apache-2.0
2 layers62.2 × 72.4 mm
Elektronis Pemanas
naufalra/AutomatedTissueProcessor_Final_Thesis_PT.Miconos
Developing and inverse engineering heater for tissue processor with a target to use local components (TKDN) for over 70%. The research is also used for my bachelor thesis.
59 parts1
2 layers42 × 62.4 mm
STM8S
naufalra/AutomatedTissueProcessor_Final_Thesis_PT.Miconos
Developing and inverse engineering heater for tissue processor with a target to use local components (TKDN) for over 70%. The research is also used for my bachelor thesis.
59 parts1
2 layers
TiPAcH
naufalra/AutomatedTissueProcessor_Final_Thesis_PT.Miconos
Developing and inverse engineering heater for tissue processor with a target to use local components (TKDN) for over 70%. The research is also used for my bachelor thesis.
34 parts1