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A mixture of time honoured tradition and innovative new technologies are brought together to produce one of the most durable and comfortable products on the market.

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With a diverse field team including radiographers, experienced X-ray engineers and fully trained office staff. You are only one phone call away from someone who can help.

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As we source and manufacture our products in the UK, we are able to minimise many of the costs that other companies need to build in to their pricing structure. We pass these savings on to you.
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X-Ray Protection – Changes in the recommended test method
History of the test method IEC and EN 61331-1 and 61331-3 were revised in 2014. The test method standard, EN 61331-1:2014, lists a number of test methods, including Narrow Beam, Broad Beam, and Inverse Broad Beam tests. The product standard, EN 61331-3:2014, specifies the Inverse Broad Beam method (known as IBG) for testing of protective
What our customers say about us....
“Rothband have been very helpful in allowing our unit to trial the full range of lead sizes before ordering. Our Consultants like the extra protection offered as well as the additional add on leg and arm-shields available.”
The staff at Rothband are always really helpful, very approachable and I always get a quick response to queries. As the staff that work there have a good radiographic knowledge, it is always easy to communicate, as they understand our needs.
Always Ahead of the Game with New Technology

Passing IEC 61331-1:2014 at a lower weight.
The Biggest Innovation in Radiation Protection for a Generation
EDGE BILAYER, is a unique methodology that is the single biggest advancement in flexible radiation protection materials for medical environments, for more than a generation.
The technical advantages of the bilayer approach in terms of safety, weight and comfort, enable protective aprons, skirts and accessories to provide up to 20% reduction in absorbed dose than competitors’ Lead composite materials and 40% better performance than Lead-free alternatives at comparable LE.*
Outlast - Climate Control Technology
Outlast® technology, originally developed for NASA, utilizes phase change materials (PCM) that absorb, store and release heat for optimal thermal comfort. Outlast® technology is not wicking technology, which manages moisture by reacting to your sweat and pulling it away from the skin. Outlast® technology will proactively manage heat while controlling the production of moisture before it begins. That’s the Outlast® difference – please have a look at a short video.
Stoke Lateral Scatter Shield
Designed to provide a better level of protection for radial access procedures, the Scatter Shield provides versatile protection for all interventional procedures.
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