Extra High Projection Anatomical Oval

POLYtxt HP Silicone Gel

Diagon/Gel 4TwoAO POLYtxt® XP/T Extra High Projection Silicone Gel

Oval base. Anatomical profile. Extra high projection. Filled with two gels. Silicone elastomer shell with textured surface.

The silicone-gel filled DiagonGel® 4Two implant series is styled for simplicity. The morphostructural design ensures that the deliberately reduced range of sizes provides a large variety of projections, thus facilitating the proper choice.

The DiagonGel® 4Two implants have either an anatomical or regular profile and a round or an oval base, the latter due to a reduction in implant height. The implants are available in two surfaces, either POLYtxt® or Microthane®, and in two projections.

The DiagonGel® 4Two implants are filled with two gels: the softer EasyFit Gel™ at the back ensures a perfect fit of the implant to the rib cage, adn the firmer Shapar Gel™ at the front provides for a push-up style tissue support.

Due to the spherical nature of the projection, the implant accommodates for optimal nipple positioning without pointing. The near 90-degree angle at the tapered edges of the implant does not allow dead space, thus reducing the occurrence of seroma, implant rotation, and location.

The chemically and mechanically resistant, elastic shell of the implants consists of several layers of a silicone elastomer, including a diffusion barrier layer. Due to the soft gel in the posterior implant section, the edges of the shell are almost imperceptible. Innovative chemistry prevents delamination between the gels and from the shell.

Catalog # Volume Diameter Proj Height Curvature
21642-215 215cc 10.4cm 4.8cm 9.4cm 8.6cm
21642-245 245cc 10.8cm 5.0cm 9.8cm 9.0cm
21642-285 285cc 11.2cm 5.2cm 10.2cm 9.3cm
21642-305 305cc 11.6cm 5.4cm 10.6cm 9.7cm
21642-335 305cc 12.0cm 5.6cm 11.0cm 10.0cm
21642-380 380cc 12.4cm 5.8cm 11.4cm 10.4cm
21642-415 415cc 12.8cm 6.0cm 11.8cm 10.7cm

PLEASE NOTE: Individual implant dimensions may vary slightly in products of this type. Not all units conform exactly to the dimensions noted.