Precision sits at the heart of everything the Mechanical Engineering team does at Nami. Their work is what turns early concepts into physical devices that can be trusted to perform in real surgical environments. From design and manufacturing through to assembly and testing, the team plays a vital role in shaping how the technology works in practice.
As we continue to progress towards clinical readiness, our Mechanical team is focused on developing the next generation of device designs, building on what has already been achieved and continuously refining performance.
We spoke to the team about where their focus is right now, how they collaborate across the business, and what really goes into bringing a device to life.
What are the Mechanical team’s main priorities at this stage of development?
We are currently working towards the next generation of device designs, using insights from ongoing testing to improve our capabilities. Each iteration helps us refine performance and move the technology forward in a considered, structured way.
How do you work with the other teams to ensure systems align?
Collaboration is a big part of our day-to-day work. We support the electrical and biological teams by assembling the ultrasonic scalpels used in experiments, making sure the mechanical elements integrate smoothly with the wider system.
What mechanical challenges are most common when working with ultrasonic devices?
Our devices involve complex geometry and very small dimensions, which means assembly consistency are especially important. At this scale, attention to detail makes all the difference, and precision is built into every stage of the process.
Are there any breakthroughs or improvements you are particularly proud of?
We are particularly proud of the tissue cutting performance of our devices when compared with gold standard technologies, especially given they are around 90% smaller in size. Achieving that level of performance alongside significant miniaturisation has been a real highlight for the team.
What is one thing people might not realise about the mechanical engineering work happening at Nami?
Many people don’t realise just how closely we work with clinicians. Their input helps guide our design decisions, ensuring the devices not only perform technically, but are also practical and intuitive for the end user.
What part of your role or process do you find most rewarding?
Seeing a design through from concept to reality is incredibly rewarding. When a device you have worked on is manufactured, assembled, refined, and then performs exactly as intended by cleanly cutting through tissue, it brings all the effort into focus.
As we continue to refine our ultrasonic platform, the Mechanical Engineering team remains central to translating innovation into reliable, high-performance devices. Their work brings together precision, collaboration and clinical insight, helping ensure each step forward supports safer and more effective surgical outcomes.