WINSIX Implant System

A COMPLETE IMPLANT SYSTEM

Solutions for optimal management of implant prosthetics.

WINSIX Implant System

DESIGNED FOR AN AESTHETIC AND HIGH-PERFORMANCE DIMENSION The WINSIX Implant System offers integrated, conventional and digitalized solutions, simple and intuitive in their use, highly performing in their results. Since 1995 it has been used by dentists with diverse rehabilitation needs for different patient types and workflows, and its evolution has significantly contributed to the development of precise and effective operational protocols.

CHOOSE THE SOLUTION MOST SUITABLE FOR YOUR CASE The various implant lines offer a wide choice of connections, implant morphologies, and apical neck types for optimal management of hard and soft tissues. Prosthetic accessories are extensive and suitable for both conventional rehabilitation and digitalized management of implant prosthetics.

SOLID SCIENTIFIC FOUNDATIONS The WINSIX Implant System is based on study and research activities carried out since 1995 in collaboration with clinical centers and leading international university reference centers. The WINSIX Pilot Center, the heart of this activity, is located at the Department of Dentistry of San Raffaele Hospital in Milan.

QUALITY AND SAFETY The certified quality of the devices, the timeliness of the proposed solutions, and the competent back office assistance ensure the dentist maximum operative peace of mind today and tomorrow.

MRS Implant Surface – Micro Rough Surface

Since 2005 the MRS surface has characterized all implants of the WINSIX implant system. Its reliability offers maximum safety to implant prosthetic treatment.

The rough morphology of the MRS surface is obtained through a subtraction process by blasting and etching directly on the titanium surface of the implant.

Its extensive and well-documented clinical application demonstrates the optimization of osseointegration times, to which the special three-dimensional geometry of the nanostructure and the specific morphology of the scaffold that promotes the osteoconducting process contribute.