With over 363,000 children waiting for consultant-led paediatric care in England last year alone1, timely access to care remains a pressing challenge for the NHS. But beyond waiting lists, a quieter risk persists – outdated or non-compliant medical equipment still widely used in children’s wards across many Trusts – a hidden threat to safety that often goes unaddressed.
Much of the medical equipment still in use today was originally designed with the average adult in mind. Standard hospital bed frames, for instance, are typically only certified as safe for patients over 146cm in height and weighing more than 40kg. This leaves thousands of children and smaller adults with atypical anatomy exposed to a serious compliance gap that introduces entrapment, ligature, and falls risks which are all avoidable harms in a modern healthcare system.
Knowing this, we believe that raising safety standards in paediatric care relies on making smart, futureproof choices in the technology and equipment made available to hospitals – to reduce clinical risk, improve workflows and give NHS staff tools that work with them, not against them.
The hidden danger of non-compliant beds
The industry took a step forward to address non-compliancy in 2017 with the introduction of EN 50637:2017 – the first European safety standard specifically designed to address the risks posed to children and smaller adults in hospital beds. It marked a significant evolution in medical bed safety, but implementation remains inconsistent. The EN standard addresses design requirements to reduce entrapment, strangulation and falls, specifying critical features like bed length, side rail height and control accessibility. Exposure of the standard across hospitals has been limited due to challenges the NHS has faced such as covid. However, following on from the NPSA released in August 2023, trusts have now had time to assess their assets and plan accordingly to ensure compliance.
Nevertheless, many settings still use adult beds for paediatric patients, sometimes with improvised add-ons or locked handsets to reach the EN standard. These fixes might tick a box on paper but they don’t meet the spirit of the standard, nor do they close the compliance gap – they simply mask the risk. The decision to retrofit beds to meet the standard is not due to wilful neglect, but a lack of awareness or availability of viable alternatives. Without beds specifically designed for paediatric care, hospitals cannot confidently say they are meeting modern safety expectations for paediatric patients. And meanwhile, entrapment and falls injuries linked to unfit bed frames still occur when they are entirely preventable.
Setting the standard
This highlights a fundamental limitation of the standard itself – as it often doesn’t translate effectively into real-world clinical settings. That’s why we go further, ensuring our products are independently verified against standards like EN 50637:2017, providing NHS Trusts with genuine, proven compliance they can rely on.
This mindset is evident in the technology used within our products – such as the two-stage side rail lowering mechanism of the paediatric Talent Bed Frame. In typical hospital beds, side rails can be lowered by patients, often from inside the bed. This creates a major fall risk, especially for children or patients with cognitive challenges. However, our mechanism requires two separate actions to lower the rail – impossible to execute by a patient lying in bed, but fast and fluid for a trained clinician. It’s a smarter, more secure system that protects the patient without slowing staff down. This is where thoughtful engineering meets frontline reality, demonstrating that small design shifts have a big impact on daily safety.
Another critical difference lies in the fully integrated control panel. Standard beds often use external handsets, tethered by a cord and secured under the bed with a physical key. This introduces two risks – ligature hazards from the exposed wire and operational delays if the key goes missing. In contrast, the Talent Bed Frame’s controls are embedded within the bed rails, with no exposed wires, eliminating ligature risk altogether. Access is secured via key code, making adjustments safe, secure and fast. No chasing keys. No wasted time. No workarounds. Just intuitive control that protects patients and streamlines clinical workflows.
For us, this is the ethos behind smarter medical design, engineered not just for compliance but for real-world performance in high-pressure NHS environments.
More than compliance: solving real NHS problems
A recent UNISON survey found that on 69% of shifts, there were not enough nursing staff to deliver what clinical staff consider safe patient care – a significant rise from 63% last year2.
This clearly illustrates the intense pressure on wards across the NHS and underscores why equipping staff with smarter, safer technology is not just desirable, but essential to closing clinical safety gaps. With clinical teams drastically overstretched, steps like this safeguard staff and futureproof the NHS. Not only that, investing in better equipment delivers long-term savings for the NHS. When patients avoid hospital-acquired injuries like falls or entrapment caused by unfit equipment they recover faster, require less intervention and are discharged sooner, reducing overall care costs. To truly make a difference, it means thinking beyond tick-box compliance and creating smarter tools that actively support staff, enhance patient outcomes and integrate seamlessly into clinical workflows. From emergency response and infection control to safe patient handling and staff efficiency, every element of the Talent bed has been developed with these real-world demands in mind, not just to meet the standard.
A futureproof model for paediatric care
Across the board, the NHS is under immense pressure to do more with less. Smarter medical technology plays a key role in easing this burden, not by adding complexity but by removing it. When beds can be adjusted in one touch, safety features are built-in (not added on), and maintenance is simplified, time is freed for clinical care. And that really matters when you’re managing large caseloads with limited staff.
Our approach is technology-first, but with a human lens. Every feature we introduce is grounded in dialogue with NHS Trusts, clinicians and estates teams many of which have become valued partners. That’s how we’ve been able to solve not just for compliance but for the broader realities of hospital operations. To proactively ease burdens upon the NHS, we must start equipping our hospitals
