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IMPLANTS, IGEA SYSTEM

Mesa Igea implant system

The Igea implant system is the result of Mesa’s fifty years of experience in the dental technology sector and constructive dialogue with dentists over time. The research and development team based its knowledge on the latest state of the art and designed an implant with a simple and functional system. The two terms “simple” and “functional” perfectly summarize the dual objective that the company is committed to pursuing: to guarantee innovative solutions that also meet the expectations of clinicians.

CONICAL CYLINDRICAL DESIGN AND DOUBLE CONNECTION

The performance of the conical tip combined with the versatility of the cylindrical body. The double connection, conical and internal hexagonal, guarantees maximum reliability and stability.

THREE SYSTEMS, ONE CONNECTION

SHAPE OF THE PLANT

The conical-cylindrical shape of the implant ensures optimal and uniform distribution of the masticatory load. The 0.3 mm machined collar protects the implant from bacterial colonization.

CONNECTION

The conical connection with internal hexagon offers the possibility of balancing the load forces acting on the prosthetic component, also preventing potential unscrewing phenomena.

PLATFORMS

Mesa Igea implants are available with Narrow and Regular platforms. The use of Igea Narrow implants in posterior areas is not recommended.

AVAILABLE DIAMETERS AND LENGTHS

A versatile system with diameters and lengths adaptable to all major clinical needs.

Material

The company uses Grade 4 Titanium to produce its entire line of dental implants. This alloy guarantees rapid osseointegration, excellent biocompatibility, and has the highest mechanical strength among commercially pure grades of titanium.

Washing

Mesa Italia carries out thorough cleaning processes on all its plants using advanced technologies to eliminate any traces of dirt resulting from industrial manufacturing processes.

SLA

The surface treatment performed on Mesa Igea implants involves a sandblasting process followed by acid etching, with the aim of increasing the contact surface and promoting osteoblast cell differentiation.