INNOVA Lightweight Lead Radiation Protection Vest

Overview

The INNOVA lightweight lead radiation protection vest has been developed for healthcare professionals seeking high levels of radiation protection while reducing the burden associated with wearing protective equipment. Designed for short and medium duration procedures, it combines comfort, ergonomics, and effective shielding.

Its modern design and optimized construction help minimize user fatigue while maintaining the protective performance expected from a radiation protection garment used in medical imaging environments.

Key Features

- Lightweight lead composite material
- Compliant with NF EN 61331 3 2014 standard from 50 to 150 kV
- Reduced perceived weight for enhanced comfort
- Front zipper closure with magnetic protective flap
- Excellent mobility during procedures
- Optimized comfort for frequent users
- Durable construction for intensive clinical use
- Available in multiple colors

Technical Specifications

- Model: INNOVA Vest
- Type: Lightweight lead radiation protection vest
- Material: Lightweight lead composite
- Outer coating: Polyurethane
- Available lead equivalencies:

- 0.35 mm Pb Eq front protection
- 0.50 mm Pb Eq front protection
- Compliance: NF EN 61331 3 2014
- Protection range: 50 to 150 kV
- Front zipper with magnetic flap
- Available colors: Grey, Pink, Black

Applications

The INNOVA lightweight lead vest is ideal for radiology departments, interventional radiology, interventional cardiology, nuclear medicine, and operating rooms where wearer comfort is a key consideration.

Compliance and Quality

Compliant with NF EN 61331 3 2014, the INNOVA lightweight lead vest delivers reliable radiation protection while enhancing wearer comfort through a design focused on reducing overall garment weight.

Quality and Durability

Manufactured from premium materials and finished with a durable polyurethane coating, this vest is designed to meet the demands of modern healthcare environments while providing long lasting performance and comfort.