Research & Development
From engineering challenge to validated technology.
A requirements-driven process that carries every technology from defined need through design, prototyping, verification and validation toward controlled production.
R&D Capabilities
The disciplines behind our work
Engineering capabilities that combine to develop dependable technologies for critical care.
Mechanical Engineering
Designing dependable hardware from mechanism to structure.
- Mechanism design
- Structural design
- Tolerance engineering
- Manufacturability
Fluid Dynamics
Understanding how fluid moves through the system.
- Flow-path design
- Pressure and flow considerations
- Pump-fluid interaction
- Computational analysis
Electronics & Controls
Engineering the sensing and control behind each device.
- Motor control
- Sensing
- Control architecture
- System electronics
Software & Systems
Building the software and architecture that tie systems together.
- Control software
- User interface
- System architecture
- Data handling
Materials
Selecting and engineering materials for their role.
- Material selection
- Polymer engineering
- Compatibility considerations
- Manufacturability
Clinical Engineering
Translating clinical understanding into engineering.
- Clinical workflow understanding
- Usability considerations
- Clinical feedback
- Engineering translation
Engineering Development Process
A disciplined path from define to transfer
Select a phase to see its objective, the engineering activities involved, and the key outputs it produces.
Phase 01
Define
Establish what the system must do and why.
Engineering Activities
- Capture clinical need
- Define engineering requirements
- Frame system architecture
Key Outputs
- Requirements
- Architecture outline
Collaborate with us
Let's engineer what's next in critical care
We work closely with clinicians and partners who share our ambition. Start a conversation about collaboration.