Ventricular assist devices (VADs) and total artificial hearts (TAHs) represent some of the most complex and high-stakes medical technologies in use today. These life-sustaining systems rely on precision electromechanical design and intelligent control to keep patients stable, often as a bridge to transplant, as destination therapy, or as support during recovery from heart failure.
At Vantage MedTech, we specialize in the development of advanced controllers that power and manage these devices. By integrating mechanical, electronic, software, and human factors expertise, we ensure artificial heart and VAD controllers operate safely and reliably under the most demanding clinical conditions.
Artificial hearts and VADs provide essential circulatory support for patients with severe or end-stage heart failure. Their controllers are the intelligence behind the system, regulating pump performance, managing power sources, and enabling clinicians to monitor patient status in real time.
Applications of artificial heart and VAD controllers include:
In each case, the controller must provide more than basic pump operation. It must ensure redundancy in case of component failure, maintain safe performance under variable conditions, and alert patients and clinicians to any issues before they become critical. Features such as battery backup, alarm systems, remote monitoring, and intuitive interfaces directly impact patient outcomes and clinical confidence.
Developing life-sustaining cardiovascular systems demands more than technical know-how. It requires a partner with deep regulatory, engineering, and usability expertise. Vantage MedTech brings this breadth of capability to every program.
Our approach includes:
With decades of experience and more than 1,600 successful medical device programs, we deliver high-risk, high-complexity systems with the confidence clinicians can rely on.
Creating artificial heart and VAD controllers requires careful integration of multiple subsystems. At Vantage MedTech, we provide end-to-end support, ensuring every element of the design works together seamlessly.
Our capabilities include:
Our platform-driven approach, with reusable architectures and validated frameworks, helps accelerate timelines without compromising quality or safety.
Vantage MedTech has supported development of Class III cardiovascular controllers, including software and hardware systems for artificial heart drivers used in critical care. Our teams have delivered software updates that improved hardware compatibility while reusing existing code modules to reduce risk and effort. We’ve also supported the creation of hospital-based controllers with redundant processors, GUI interfaces, and alarm systems, ensuring safe operation in life-sustaining applications.
These projects reflect our ability to combine rigorous engineering with practical usability and compliance strategies. Explore our case studies to learn more about how we help innovators bring complex cardiovascular devices to life.
As populations age and the demand for advanced heart failure therapies grows, the need for safe, intelligent, and adaptable cardiovascular support systems will only increase. Artificial hearts and VADs will continue to evolve toward smaller, more connected, and more patient-friendly designs.
Vantage MedTech is ready to help innovators meet this challenge. With proven expertise, integrated teams, and decades of success in Class III medical device development, we accelerate progress while ensuring safety and reliability remain at the forefront.
Ready to move forward with your next cardiovascular innovation?
Our extensive expertise in clinical segments, particularly in gas and fluid management device development, is bolstered by our skilled team, streamlined processes, and specialized portfolio, and proprietary platforms.
Minimize execution risk by partnering with a medical device software company with a track record of successfully developing over 1,600 medical devices.
Leverage our proprietary platform architecture and shorten time-to-market timelines by up to 60%.
Our in-house team of specialized gas and fluid management device engineers will bring your GFM project from concept to reality with expert care and execution.