Admetsys Corp.
Admetsys is pioneering the future of critical care through high-precision automation, adapting to individual patient needs and implementing clinician-set goals automatically. Their innovative clinical robotics system is designed for blood analysis and metabolic control in critical care and surgery, aiming to improve patient outcomes and reduce clinical workload.
Industries
Nr. of Employees
small (1-50)
Products
Clinical automation controller for closed-loop metabolic management
Bedside automation controller that ingests biosensor data, maintains a patient-specific metabolic model in real time, and autonomously delivers optimized insulin and dextrose infusions.
Extracorporeal continuous blood diagnostics (cartridge-based)
Disposable cartridge and extracorporeal sensing system that provides continuous whole-blood measurements of multiple analytes (glucose, lactate, temperature, hematocrit) for up to several days with no net blood loss.
Clinical automation controller for closed-loop metabolic management
Bedside automation controller that ingests biosensor data, maintains a patient-specific metabolic model in real time, and autonomously delivers optimized insulin and dextrose infusions.
Extracorporeal continuous blood diagnostics (cartridge-based)
Disposable cartridge and extracorporeal sensing system that provides continuous whole-blood measurements of multiple analytes (glucose, lactate, temperature, hematocrit) for up to several days with no net blood loss.
Services
Clinical validation and trial execution
Design and conduct of clinical studies for device performance assessment, including metrics for glucose control, hypoglycemia prevention, and time to normoglycemia.
Clinical validation and trial execution
Design and conduct of clinical studies for device performance assessment, including metrics for glucose control, hypoglycemia prevention, and time to normoglycemia.
Expertise Areas
- Automated glycemic control in critical care
- Continuous extracorporeal blood diagnostics
- Closed-loop clinical automation
- Real-time physiological modeling and AI for patient-specific therapy
Key Technologies
- Closed-loop insulin/dextrose infusion control
- Continuous extracorporeal whole-blood biosensing
- Cartridge-based multi-analyte sensors
- Real-time AI-driven metabolic modeling