Imagine a world where premature babies thrive, nestled close to their mothers, rather than isolated in sterile intensive care units. This is the reality being created by innovative baby incubators, and the results are nothing short of remarkable. British-made incubators, designed to be lighter and more accessible, have successfully completed trials across five NHS trusts, opening the door for wider adoption.
These Mom Incubators, conceived by entrepreneur James Roberts, are transforming neonatal care. They allow premature infants to remain with their mothers, fostering crucial bonding and reducing the need for costly and stressful NICU visits. And this is the part most people miss: these incubators are not just about better care; they also translate to significant cost savings for the NHS, estimated at over £65,000 annually per trust, by reducing NICU stays.
James Roberts, a former winner of the prestigious Sir James Dyson product design award, explains, "We can keep parents close to their baby most of the time, which means you don’t have that separation up to NICU. That means you’re promoting bonding, which is incredibly important for those that need it, but you’re also saving the NHS a lot of money." At the core, these incubators mimic the womb environment, maintaining a precise temperature range so the baby can focus on growth rather than simply staying warm.
The trials, conducted between December 2024 and March 2025, involved 107 premature babies across hospitals in England and Scotland. The results were impressive: 93.5% of the newborns reached normal body temperature within an hour.
Roberts' journey began in 2014, after studying product design at Loughborough University. His initial design, a folding incubator, earned him funding and set the stage for his company, Mom Incubators. He invested time in understanding the regulatory landscape of medical devices, conducting research in hospitals across the globe, from Uganda to the Philippines.
In 2016, Mom Incubators secured £630,000 in funding from investors, including Holly Branson. The first clinical use of the device was in 2021 at St Peter’s Hospital, Chertsey. Roberts recalls, "It went from a sketch on a piece of paper to actually being used to help a patient and that was a massive moment for the entire team."
Amy Tarry, whose daughter Robyn was the first to use the Mom Incubator in the UK, shared her experience: "She was very cosy and warm, and we could still easily use the openings to tube-feed her, change her, and hold her tiny hand."
But here's where it gets controversial: The incubators have become a lifeline in crisis situations. Following the war in Ukraine, clinicians requested the devices. Traditional incubators can weigh up to 150kg, but Roberts' design weighs only about 20kg and can run on batteries, a critical advantage during air raids. This highlights the crucial need for adaptable medical technology in conflict zones.
These incubators are now in use in Kenya, Tanzania, and Haiti. Roberts aims to expand their use within the NHS, the EU, and the US, while also deploying them in humanitarian settings. Roberts envisions a broader impact, stating, "The incubator is our flag in the ground. There are hundreds if not thousands of devices used in hospitals that are all not fit for purpose; that I think could be renewed for a modern healthcare system."
What do you think? Are there other areas of medical technology that could benefit from this kind of innovation? Do you agree that the focus on bonding and parental involvement is a crucial aspect of neonatal care? Share your thoughts in the comments below!
