Uniray MAX Lightweight Lead Wraparound Apron
Maximum anti-X protection with full overlap and optimized comfort

A full-overlap wraparound apron for maximum protection
The Uniray MAX lightweight lead wraparound apron is a personal protective equipment (PPE) designed for healthcare professionals exposed to ionizing radiation in high-exposure environments.
Its full front overlap design effectively minimizes exposure to scattered radiation, ensuring consistent protection of the thoracic and abdominal areas.
This model is particularly suitable for:


interventional radiology


operating rooms


fluoroscopy-guided procedures


high-radiation environments



Lightweight lead technology: reduced weight, improved comfort
The lightweight lead material is based on partial lead substitution, significantly reducing the overall weight while maintaining high protection performance.


20?30% weight reduction compared to standard materials


improved tolerance during prolonged wear


reduced strain on the back and shoulders


This technology provides an optimal balance between maximum protection and ergonomic comfort.

High-performance anti-X protection
The MAX apron ensures high attenuation of ionizing radiation under standard operating conditions:


operating range: 50 to 110 kV


effective protection against scattered radiation


performance measured according to IEC 61331-1


Available lead equivalences


0.25 mm Pb: lightweight protection


0.35 / 0.25 mm Pb: standard intensive use


0.50 / 0.25 mm Pb: enhanced protection


Attenuation performance


up to 99.85% at 60 kV (0.50 mm Pb)


97.78% at 90 kV (0.50 mm Pb)


95.72% at 110 kV (0.50 mm Pb)


over 92% at 110 kV (0.35 mm Pb)


These values confirm excellent radiation shielding across the full operating range.

Regulatory compliance in radiation protection
The Uniray MAX apron complies with the most stringent European standards:


PPE Category III


compliant with EU Regulation 2016/425


CE marking 0598


conforms to NF EN 61331-3:2014


tested according to IEC 61331-1:2014


These certifications ensure a high level of safety for healthcare professionals.

Advanced ergonomics for prolonged use
Designed for intensive use, the MAX apron integrates key ergonomic features:


optimized weight distribution to reduce back strain


flexible belt with integrated lumbar support


thick shoulder padding to reduce pressure points


unisex design suitable for all body types


This design significantly improves comfort during long procedures.

Precise fit and size adaptability
Available in 6 sizes and 3 lengths, this model allows precise adjustment for each user.
The sizing guide includes:


chest circumference


apron length


recommended height range


Proper fitting is essential to ensure consistent and effective radiation protection.

Coatings adapted to healthcare environments
Two professional finishing options are available:
Nylon


high resistance to wear


antibacterial treatment


suitable for intensive use


Polyurethane


antibacterial


soft and comfortable


easy to clean and disinfect


stain-resistant


Up to 14 color options available depending on the finish.

Clinical use
The MAX lightweight lead wraparound apron is recommended for:


high-exposure procedures


long fluoroscopy-guided interventions


environments requiring maximum protection with improved comfort



Customization options


internal dosimeter pocket


chest pocket


thyroid shield attachment


custom embroidery



Technical specifications


Type: wraparound radiation protection apron


Material: lightweight lead


Available lead equivalences:


0.25 mm Pb
0.35 / 0.25 mm Pb
0.50 / 0.25 mm Pb

Material weight (indicative):


3.1 kg/m? (0.25 mm)
4.5 kg/m? (0.35 mm)
6.2 kg/m? (0.50 mm)

Operating range: 50 to 110 kV
Sizes: XS to 3XL
Lengths: 95 / 105 / 115 cm
Coatings: nylon or polyurethane
Included accessory: hanger
Warranty: 2 years

The Uniray MAX lightweight lead wraparound apron is a premium radiation protection solution combining maximum shielding performance, reduced weight, and advanced ergonomics, making it ideal for demanding medical environments.