X-Ray Protective Clothing & Accessories In the Field of Medical Radiation

MAVIG looks back on a long history Tradition and Innovation – Over 100 Years of MAVIG Norms and Standards, Sizes Overview Radiation Protection – Inlay Material ComforTex® – Outer Material and Colours Levio Edition – More Protection. Less Weight. ® Victoria Collection – Especially for Women Outlast Inlay – Patented Temperature Regulation

SAFETY SINCE 1921MADE IN GERMANY 26 X-Ray Protection for Healthcare Staff 16 - 47 All-round Protection Models (RA631 and Victoria RA631 vest, RA632, RA636) 16 - 23 Accessory Clothing: BRYGGA, Bolero, Sleeves 32 - 35 Accessories for X-Ray Protection: Sternum Protection, Head Protection, 38 - 45 Gloves, Eye Protection, X-Ray Protective Drapes 46 - 47 X-Ray Protection for the Patient 48 - 63 Dental X-Ray Protection 58 - 61 Thyroid and Sternum Protection for Patients 62 - 63 Lead Rubber Rolls and Anti-scatter Grids 68 Template for Made-to-Measure Clothing and Template for Levio® Edition 70 - 71

For over 100 years, MAVIG has specialised in personal protection at workplaces where people are exposed to radiation. What began in Leipzig in 1921 with the production of protective products for X-ray and welding has now become an internationally successful company in Munich with an excellent reputation in the field of radiation protection and medical support systems for hospitals and medical practices.

MAVIG looks back on a long history. Over 100 years of quality, service and innovation, through three family generations that upheld these principles and led motivated employees who subscribed to our vision: right through to the present and into the future. In Germany. In Europe. Worldwide. We all strive not just to satisfy our customers and partners, but to inspire them. With outstanding service, technical innovations and ongoing developments. With craftsmanship, know-how, state-of-the-art technology and above all – with enthusiasm. The family-run company “MAVIG” has always maintained the principles...

To the Highest Standards DIN EN 61331-1:2016 DIN EN 61331-1:2016 (IEC 61331-1:2014) describes the correct determination of the shielding properties of materials used in protection against radiation. Of importance here, among other things, is the consideration of inverse broad beam geometry, which detects any fluorescent radiation that may arise using measurement technology. This may occur more frequently in the case of lead-reduced or lead-free radiation protection material. As this low-energy type of radiation type is biologically very active and can pose a risk to the user, the current standard...

DIN EN 61331-3:2016 The current DIN EN 61331-3:2016 (IEC 61331-3:2014) deals with the design of X-ray protective clothing. In order to meet these requirements, MAVIG X-ray protective clothing has been further developed and additionally optimised in a user-oriented manner. To protect the sides of the body as well, the front area of the protective clothing must cover 60% of the user's girth at its widest point. Sophisticated weight-distributing mechanisms are extremely important, as the aprons will consequently have an altered overall weight. Furthermore, the third part of the series of standards...

RADIATION PROTECTION Protection Inside High Performance Radiation Protection The quality demands for X-ray protective clothing are now greater than ever. Wearing times of the protective clothing are extended by modern, radiologically supported procedures in diagnostics and treatment. The protection requirement differs widely depending on the intended use. MAVIG, as the international market leader for radiation protection, offers you a well thought-out variant policy and a sophisticated and wide range of models. We use two different inner materials for your protection as a radiation user (RA),...

INovaLite® Plus Leadfree 2.0 X-Ray Protective Material X-Ray Protective Material if Lead-containing protective material if High quality, flexible quality if Outstanding rating with regard to weight and radiation protection if Also for applications in the upper X-ray tube voltage range, e.g. CT applications if Tested radiation protection in the X-ray tube voltage range of 50 - 150 kV if Compliant with standards: if Lead-free protective material if Outstanding rating with regard to weight and radiation protection if Fulfilment of basic work-related physiological requirements if For workplaces with...

Best Wearing Comfort and Modern Processing Smoothness and flexibility are special quality features of MAVIG X-ray protective clothing. In order to further optimise the wearing comfort for the user, a special emphasis is placed on selective tailoring and top workmanship in our factory. MAVIG's innovative textiles were developed in accordance with the relevant requirements of DIN EN 13795-1:2019. This series of standards sets vital, reasonable safety requirements for the necessary quality of surgical textiles for the protection of patients and staff from infections. The following requirements were...

OUTER MATERIAL AND COLOURS ComforTex® HPMF Robust, Protective, Safe In order to best meet your needs in everyday working life, you can choose from several variants of our ComforTex® HPMF outer material. ComforTex® HPMF Hybrid and ComforTex® HPMF Duplex Our proven ComforTex® HPMF offers you the highest level of wearing comfort in everyday working life: whether as a body-hugging material for our Hybrid or as the entire surface for your X-ray protective clothing. Additionally, our ComforTex® HPMF, as well as the two more advanced textiles ComforTex® HPMF Hybrid and Duplex, offers safety and protection...

LEVIO® EDITION Revolution The Levio® Concept Simple. Effective. Scientifically Based. Proven. Certified. For some time now, the focus has been on reducing the weight of personal protective equipment. Until now, the X-ray apron has protected the front of the body from the neck down to the knees with a uniform lead equivalent. Latest scientific studies show that approximately 80% of the effective dose for the examiner is in the area from the chest to below the gonads because the organs that are particularly sensitive to radiation, such as the colon, stomach, bladder, gonads, lungs and large parts...