Fillers

Metacrill (fillers) is an injectable implant which utilizes PMMA (polymethylmetacrylate) microspheres for the permanent correction of grooves and depressions in any part of the body in which is applied.
Metacrill (fillers) has been utilized since 1996 in Plastic Surgery and its clinical use is preceded by microbiological, histological and biocompatibility studies.
It is the most natural, economical and durable filling material. The results are permanent and leave the tissues with natural look and feel while offering the best value for money.
Its application must be performed exclusively by medical professionals.

Metacrill (fillers) is an injectable biomaterial composed polymethylmetacrylate (PMMA) microspheres of 30 to 50 µm of smooth regular surface, free of impurities, suspended in a chemically and biologically inert colloid. It is fascinating injectable filling material which provides a permanent support structure to enhance beauty, erase the signs of aging and correct aesthetic defects of nose, cheeks, lips, chin and jaw. The body does not reabsorb it, but rather it stimulates the patient’s collagen formation around the treated area to obtain permanent effects.

Utilized since 1996 on approximately two million patients, scientific studies have demonstrated that it is safe and has surpassed the rigorous controls of the European Union, obtaining its CE 1023 sertification. In a study performed over 7 years on 84,000 patients with 252,000 treated areas, the index of complications was 0.08%. This proves that Metacrill is safe, stable and provides excellent results without complications.

Matacrill (fillers) is high quality, secure and effective product, capable of correcting and perfecting physical appearance in the application point, beautifying the patients and increasing their self-esteem. Fillers enhance the image, facilitating improved personal and social awareness, building character and a positive attitude toward life.
The Metacrill microspheres lay a framework for growth of the patient’s collagenous tissue, establishing a new form of tissue ingeneering.