Vivitop Group Companies
The companies that make up the Vivitop Group represent a unique heritage of expertise, experience, and specialization in the orthopedic sector. Each company operates with a strong local presence and a consolidated identity, contributing synergistically to the common mission of promoting excellence in the design, production, and distribution of custom medical devices. Thanks to complementary skills and shared high-quality standards, the group's companies offer an integrated and innovative range of products, capable of effectively meeting the needs of patients, healthcare professionals, and institutions.
Our companies are affiliated with the Italian National Health Service and INAIL.
ITOP
A benchmark in the national orthopedic sector, the company specializes in the design and creation of custom orthopedic devices, including prostheses, orthoses, and rehabilitation aids, selecting the best of national and international production.
COF
A leading company in the Sicilian orthopedic landscape, founded in Palermo in 2001 thanks to the thirty years of experience of its founders. In 2023, it consolidated its position by merging with ITOP Sicilia, giving life to COF Vivitop, an orthopedic center of excellence with 10 locations in Sicily.
Por Group
POR Group is an Italian company with over fifty years of experience in the orthopedic sector, founded in Rome in 1967. Specialized in the design, production, and assistance of custom medical devices, POR Group is distinguished by its commitment to the research of personalized solutions aimed at improving patients' quality of life.
Il Point
A consolidated healthcare company based in Verona, active since 2000. Specialized in custom orthopedics, it also offers maintenance and sanitization services for aids, and operates as a parapharmacy.
Medere
An innovative Italian startup founded in 2018 by three biomedical engineers, with offices in Rome and Palestrina. Specialized in the design and production of custom medical devices, the company integrates advanced technologies such as artificial intelligence, 3D printing, and musculoskeletal modeling to offer personalized solutions in the field of orthopedics and biomechanics.