8B Medical
8B Medical is dedicated to unlocking the secrets of breath through innovative medical devices and technologies. Founded during the pandemic by a team of doctors and engineers, the company rapidly developed prototype critical care ventilators and continues to develop advanced respiratory and health monitoring solutions. Their mission is to improve respiratory care and preparedness with affordable, accessible, and innovative medical technology.
Industries
Nr. of Employees
small (1-50)
8B Medical
Products
Smart ventilator mask
Mask interface designed with integrated pressure management for use with ventilatory support systems.
Powered respirator
Powered respirator device offering assisted respiration in a non‑invasive form factor.
Non‑invasive health monitor
Device intended for non‑invasive monitoring of respiratory and related physiological metrics.
ICU ventilator system
Ventilator system designed for ICU and critical‑care use with advanced control features.
Smart ventilator mask
Mask interface designed with integrated pressure management for use with ventilatory support systems.
Powered respirator
Powered respirator device offering assisted respiration in a non‑invasive form factor.
Non‑invasive health monitor
Device intended for non‑invasive monitoring of respiratory and related physiological metrics.
ICU ventilator system
Ventilator system designed for ICU and critical‑care use with advanced control features.
Services
Medical device design and prototyping
End‑to‑end design, prototyping, and early‑stage development of respiratory and critical‑care medical devices.
Medical device design and prototyping
End‑to‑end design, prototyping, and early‑stage development of respiratory and critical‑care medical devices.
Expertise Areas
- Ventilator and respiratory device development
- Rapid prototyping and accelerated product development
- Electromechanical systems engineering
- Embedded and full‑stack medical device software
Key Technologies
- Ventilation control systems
- Pressure‑sensing mask interfaces
- Non‑invasive physiological sensors
- Electromechanical actuation and control