Radiation Protection Products for Hospitals

Radiation Safety and Diagnostic Medical Physics

Both ionising radiation (such as x-ray and radiotherapy) and non-ionising radiation (such as laser and MRI) play an essential role in diagnosis and treatment in hospitals worldwide. Managing these technologies safely is a shared responsibility between Estates teams, architects, contractors, and hospital clinical staff. Raybloc provides tailored radiation protection and non-ionising radiation shielding solutions designed to meet NHS and private hospital requirements, working in close partnership with medical physics experts and regional radiation protection services. Our solutions comply fully with the Ionising Radiations Regulations 2017 and health and safety guidelines, helping hospitals protect both patients and staff while maintaining operational efficiency.

The Importance of Radiation Safety in Hospitals

Both healthcare professionals and patients may be exposed to radiation during medical procedures. For radiation workers, including radiographers, radiologists, oncologists, and staff who work with laser or MRI equipment, the nature of the work means repeated exposure is possible.

For ionising radiation, the Health and Safety Executive sets strict radiation at work dose limits: 20 mSv/year for classified workers and 1 mSv/year for the public. For non-ionising radiation, such as medical lasers or strong magnetic fields in MRI rooms, specific laser protection and MRI safety standards must be followed.

Raybloc works with hospital design and estates teams to keep radiation dose and magnetic field exposure levels as low as reasonably achievable (ALARA) while preserving workflow efficiency and image quality.

The Optimal Radiation Dose Standards According to the Authorities

Under the Ionising Radiations Regulations 2017, hospitals must manage medical exposure for both staff and patients. This means keeping the whole body dose for radiation workers well below the threshold while ensuring patient dose is just enough for accurate diagnosis and therapy.

Medical physics departments routinely use radiation measurement and dosimetry to track exposure, while laser protection advisers ensure safe operation of non-ionising radiation sources. MRI facilities require specialist shielding, known as Faraday cages, to block external electromagnetic interference and contain radiofrequency (RF) emissions. Raybloc manufactures copper RF shielding for MRI rooms that meets international attenuation standards, as well as laser protection room modifications for surgical and dermatology suites.

Mobile X-Ray Screen Flush Vision Panel 2

Cordery-Build-Brentford - Raybloc Xray Protection

What About Ionising and Non-Ionising Radiation in Hospitals?

Ionising radiation includes X-ray radiation, radiotherapy beams, and radioactive isotopes used in nuclear medicine. These can cause:

Deterministic effects – such as skin burns or cataracts, if exposure exceeds a threshold.
Stochastic effects – such as cancer risk, which may occur even at low doses, with probability increasing as dose increases.

Non-ionising radiation, while it cannot ionise atoms, can still pose risks. Medical laser systems can cause eye and skin injuries without proper controls. MRI rooms present strong magnetic fields that can interfere with electronic devices, pull ferromagnetic objects into the scanner, and create heating risks from RF energy.

Raybloc designs solutions for both, including:

Lead-lined shielding for ionising radiation areas.
Faraday cages for MRI rooms to control non-ionising RF radiation.
Laser protection vision panels support safe use of medical lasers.

Raybloc's Radiation Shielding Solutions in Hospitals

Raybloc works alongside medical physics teams, RPAs, laser protection advisers, and hospital estates departments to design and install shielding systems that meet both technical and architectural requirements. All products are manufactured to NHS HTM hygiene standards, ensuring infection control compliance and long-term durability.

Our hospital-focused range includes:

Lead-lined doorsets – engineered to carry heavy lead cores with NHS-compliant finishes.
Lead glass internal windows – high-attenuation SCHOTT RD 50® glass for safe observation.
Sense-X® Screens – operator shielding with integrated lighting for enhanced workflow.
Lead-lined panels – wall and ceiling protection in controlled areas.
Copper RF Faraday cages – for MRI rooms, blocking electromagnetic interference.
Laser-safe room modifications – tailored finishes and shielding for laser treatment areas.

The X-Ray protection products which we feel are best suited to the medical sector are shown below – please take a look and contact us if you have any requests or questions. You can also keep up to date by following us on Facebook and Linkedin.

Health Departments Exposed to Radiation

Departments regularly exposed to radiation or other hazards include:

Radiology (including diagnostic radiology and interventional radiology)
Diagnostic imaging suites (CT, MRI, mammography)
Oncology (radiotherapy)
Mammography under the NHS Breast Screening Programme
Dental x-ray and oral imaging
Fluoroscopy in theatres
Nuclear medicine (handling radioisotopes and sealed radioactive sources)
Laser treatment rooms in ophthalmology, dermatology, and surgical departments
MRI rooms requiring RF and magnetic shielding

Raybloc’s solutions are installed in both NHS and private hospitals, ensuring the safe use of all imaging and treatment technologies.

Why choose Raybloc for Hospitals Radiation Shielding and X-ray protection products?

First-time right design

Products tailored for your hospital application from initial concept to final installation.

Built to NHS HTM standards

Infection-control compliant, hygienic, and durable.

Comprehensive expertise

Covering both ionising and non-ionising radiation shielding requirements.

Proven delivery record

Thousands of NHS and private hospital installations completed successfully.

Collaborative support

Working closely with RPA, laser protection advisers, and medical physics experts.

Architectural integration

Solutions that complement hospital interiors without compromising performance.

Case studies

Our work with NHS and private hospitals demonstrates our expertise in delivering radiation protection solutions tailored to specific clinical needs. View our hospital sector case studies to learn how we have helped trusts achieve compliance, improve health and safety, and enhance patient and staff protection.

Check Our Case Studies