News
July 18, 2017
Author: Max Haydon
The History Of The X-ray Screen: The Past, Present And The Future!
With constant innovation in X-ray technology come new opportunities in healthcare design and patient care. Over the past few decades, medical imaging has advanced from analogue film systems to digital detectors, dramatically improving workflow and diagnostic precision. Yet, despite these leaps in imaging technology, one critical element of the X-ray room – the radiation-shielding screen – has remained largely unchanged across much of the industry.
At Raybloc, we believe the X-ray screen should evolve in line with imaging technology itself. As the barrier that separates staff from radiation exposure, the X-ray protective screen plays a vital role not only in ensuring safety but also in defining the overall usability, hygiene, and atmosphere of the X-ray room.
A modern radiographer’s workspace should therefore go beyond compliance – it should enhance patient comfort, support staff efficiency, and complement the architectural design of the facility.
Patient-Centric Design in X-Ray Departments
When specifying X ray protective screens for healthcare environments, patient experience is a key consideration that is often overlooked. For many people, an X-ray scan is unfamiliar and sometimes intimidating. The environment – lighting, colour, and layout – can greatly affect how relaxed or anxious a patient feels.
Older-style operator screens, often built from heavy aluminium box sections and visible lead joints, can feel imposing and clinical. From a patient’s perspective, seeing the radiographer step behind an opaque, industrial-looking barrier can create a sense of isolation.
Modern screen design, however, integrates patient-centric principles – clean lines, softer lighting, and materials that convey safety and calmness. Raybloc’s Sense X Screen exemplifies this new era of design. By integrating LED mood lighting directly into the radiation-shielded structure, it transforms a functional safety product into an integral part of a therapeutic environment. The ambient lighting not only reduces patient anxiety but also creates a more pleasant and visually cohesive workspace for radiographers.
For architects and contractors, this emphasis on atmosphere aligns with current NHS design standards and HTM guidelines, where the goal is to build clinical spaces that promote wellbeing while maintaining full compliance with IRR17 and RPA recommendations.
The History of X-Ray Imaging and the Discovery of X-Rays
The journey of X-ray imaging began in 1895, when Wilhelm Röntgen discovered X-rays while experimenting with cathode rays. His first radiograph – an image of his wife’s hand – marked the beginning of medical imaging as we know it.
Early X-ray imaging relied on fluorescent screens coated with barium platinocyanide to visualise radiation exposure. Over time, these evolved into intensifying screens, which enhanced the brightness of X-ray images on film. The shift to digital radiography in the late 20th century revolutionised medical imaging by reducing radiation doses, improving image quality, and streamlining patient throughput.
Today, imaging has advanced into domains like cone-beam CT, photon-counting CT, and dual-energy imaging, yet the operator’s safety barrier – the X ray protective screen – continues to play the same essential role: shielding the radiographer from ionising radiation while providing visibility and control during exposure.
Understanding this history helps us appreciate how critical it is for shielding design to evolve alongside imaging hardware. As imaging technology becomes more advanced, so too should the materials and engineering behind the protective barriers that make radiography safe.
Evolution of X-Ray Operator Screens
The evolution of X-ray operator screens has been driven by the need for greater safety, hygiene, and efficiency within controlled X-ray environments. Early operator screens were rudimentary – solid metal (or even timber) frames with lead-lined panels and thick trims that, while functional, were heavy, bulky, and difficult to clean.
As awareness of occupational radiation risks increased, lead glass was introduced to allow clear visibility between operator and patient without compromising protection. Over time, these screens evolved into modular configurations, allowing for easier installation in bespoke X-ray suites.
However, many suppliers today still manufacture outdated box-section designs similar to those first introduced in the 1990s – with bulky aluminium frames and exposed joints that can trap dust and bacteria. While compliant, these designs are no longer aligned with modern healthcare standards for infection control, patient experience, or ergonomic design.
By contrast, Raybloc’s current generation of frameless X-ray protective screens redefines what a radiographer’s barrier should be. Manufactured entirely in-house in the UK, and tested by Radiation Protection Advisors (RPAs) and Medical Physicists, each screen offers full compliance with radiation safety requirements while delivering superior hygiene, aesthetics, and durability.
So let’s Look at How Screens Have Changed for Raybloc Over the Years, And Why These Changes Have Made Such a Difference
The Past: Model 1 “The Chunky Box Screen” – 1990s to early 2000s
Raybloc’s first model, known internally as the “Chunky Box Section” screen, was typical of its time. Constructed with a large rectangular aluminium frame and lead glass viewing panel, it provided effective shielding but little consideration for modern healthcare design principles.
While robust, these screens featured wide perimeter trims that collected dust and made cleaning more difficult – a challenge for hospital infection control teams. The design also limited natural light transmission, making the radiographer’s workspace feel enclosed.
Despite its reliability, the box-section screen represented an era before user experience and aesthetic integration became essential to hospital architecture.
The Present: Model 2 The “Smooth & Sleek” Modern Screen – 2000s until Today
Listening to feedback from RPAs, radiographers, and NHS clients, Raybloc’s Managing Director, Sean Haydon, led a complete redesign of the operator screen in the early 2000s.
The new model introduced a solid U-channel system that reduced the frame width by half, replacing the bulky box section with a smooth satin-finished perimeter. This evolution made the screen lighter, cleaner in appearance, and far more hygienic – fewer edges meant fewer dust traps and easier decontamination.
The anti-bump design and improved lead-glass integration ensured durability under frequent use while providing a sleek, contemporary aesthetic suited to modern imaging suites. For architects, this design allowed the screen to complement surrounding finishes, contributing to a cohesive, patient-friendly environment without compromising shielding integrity.
The Future: Model 3 The “Next Generation” Screen – 2017
In 2017, Raybloc unveiled the Next Generation X ray Screen, a modular, frameless system engineered to redefine both function and form. The most striking difference is its completely open-top glass structure, achieved by integrating hidden reinforcements instead of external aluminium framing.
The result is a frameless, half-height lead-glass barrier that maximises visibility and gives a sense of openness. Radiographers report that this design reduces feelings of confinement and improves communication with patients, particularly important in paediatric, dental, and outpatient imaging suites.
Its modular configuration means it can be installed quickly worldwide with minimal disruption, ideal for healthcare contractors and main contractors working to tight schedules. Each screen maintains full compliance with IRR17 and RPA testing standards, providing certified protection across all lead equivalence levels.
Unveiled at the UKRC 2017 event, the Next Generation Screen set a new benchmark in radiation shielding design – merging precision engineering, ergonomic usability, and architectural aesthetics into one complete system.
Future Trends in X-ray Screens
Looking ahead, X-ray protective barriers are expected to integrate even further with digital technologies and human-centred design. Future models are likely to include smart glass technologies, enabling transparency control and privacy functions, as well as built-in LED mood lighting – a concept Raybloc has already realised in its Sense-X® Screen.
Sense-X® incorporates patented lighting technology directly into the radiation-shielded panel, allowing the colour temperature and brightness to be adjusted according to room use or patient preference. This feature helps lower patient anxiety, particularly in sensitive imaging areas, and enhances the radiographer’s working environment – a subtle but powerful improvement in everyday clinical comfort.
The combination of frameless construction, modular installation, and lighting integration represents the next stage in X-ray room design – where safety, functionality, and emotional well-being coexist seamlessly.
Why Choosing the Right X-Ray Screen Today Matters?
For architects, healthcare trusts, and contractors, choosing the right X-ray protective screen is not just a matter of compliance; it’s a statement of quality, safety, and care.
A modern X-ray operator screen should deliver:
- Certified radiation protection in accordance with IRR17 and RPA testing.
- Frameless, hygienic design for easy cleaning and infection control compliance.
- Optimised ergonomics and clear visibility for radiographers.
- Enhanced patient comfort through lighting, openness, and modern aesthetics.
- Durability and sustainability, with long lifecycle value.
Raybloc’s Sense-X® and Frameless X-ray Screens embody all these qualities, combining precision engineering with over 25 years of industry experience. Each screen is manufactured in-house at our West Midlands facility, tested for performance, and backed by a 10-year guarantee.
In a world where medical imaging technology evolves rapidly, it’s time the operator’s barrier evolved with it. The radiographer’s desk and screen are central to workflow, safety, and experience – and by choosing Raybloc, you ensure your facility reflects the same level of innovation as the imaging equipment it houses.
FAQs
What materials were traditionally used in older X-ray screens?
Older X-ray screens typically used aluminium frames with lead-lined MDF or plasterboard panels and lead glass vision panels. While effective for shielding, these designs had wide edges and exposed joints that posed cleaning and aesthetic challenges.
Are vintage X-ray screens still found in some hospitals today?
Yes. Many older hospital departments still operate with box-section screens. Although compliant, these designs often fail to meet modern hygiene and ergonomic standards. Raybloc frequently replaces such screens during refurbishment projects to meet today’s healthcare expectations.
What does a modern X-ray screen look like?
A modern X-ray protective screen, such as the Raybloc Frameless or Sense-X Screen, features a slim, seamless construction that eliminates traditional framing. The surface is fully wipeable, reducing infection risks, and the integrated LED mood lighting of the Sense-X® model enhances patient comfort. The result is a barrier that’s not only protective but also architectural, modern, and future-ready.
With a Master’s in Physics with Medical Physics from the University of Nottingham, I’m serious about creating valuable content for our customers but always keep things human and approachable. The most rewarding part of my job? Knowing that Raybloc’s radiation shielding systems make healthcare environments safer, improve patient experiences, and support NHS staff in reducing waiting times. It’s a great feeling to know the work we do has such a positive impact.
Outside of work, I’m usually strumming my guitar, singing along to The Beatles, or creating original music inspired by 60s and 70s legends. Looking ahead, I’m passionate about expanding Raybloc into new industries and forging partnerships with people who share our mission to make meaningful change."
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