Metoxit AG products

For dental implantology, we offer the materials ATZ and TZP-A, in BIO-HIP® or non-HIP quality. Both materials are the result of many years of research and development. Their purity, biocompatibility and strength make them a first-class choice for dental implants and abutments, reliably achieving safety and patient satisfaction. We are happy to supply our customers with the associated material documentation for regulatory approval.

Metoxit AG specializes in the production of high-quality ceramic dental implants, crafted according to client specifications. Their product catalog includes both one-piece and two-piece implants, as well as abutments. The ceramics employed in their products feature ATZ and TZP-A materials, selected based on the design and specific client requirements. Key to their manufacturing process is advanced surface treatments that enhance osseointegration, ensuring the dental implants are highly compatible for integration into the body. The finished products undergo a unique in-house cleaning process that prepares them for sterilization, maintaining exceptional purity standards. As a leader in ceramic dental implants, Metoxit AG utilizes its expertise to deliver strong, biocompatible, and aesthetically pleasing solutions, underscored by Swiss quality and precision.

Z-CAD One4All is a versatile, high-performance zirconia designed for both anterior and posterior dental restorations. Notable for its blend of 45% translucency and superior strength, this biocompatible material is adaptable to various CAD/CAM processes. It supports a wide range of dental applications including crowns, partial crowns, veneers, inlays, onlays, and bridges. The material offers a robust solution for both screw and cement retained restorations, accommodating monolithic or veneered insertion options. Available in multiple shades including white, three bleach variations, and 16 classic Vita shades, Z-CAD One4All meets the rigorous standards of Class 5 ISO 6872:2019, ensuring a structural strength exceeding 1000 MPa. This flexibility enables dental professionals to customize restorations precisely, using companion Z-CAD Surface Liquid for enhanced aesthetic results. With dimensions ranging from 10 to 30 mm, its applicability in laboratory settings is expansive and versatile.

Z-CAD Smile Esthetic Zirconia is engineered for dental laboratories seeking biocompatible materials with high translucency and optimal strength for anterior and posterior restorations. Offering a translucency of 49% and a biaxial strength exceeding 610 MPa, it caters to the demands of esthetic dental solutions. Suitable for veneers, inlays, onlays, partial and single crowns, as well as bridges of up to three units, it ensures versatility in application. The material is ideal for both cemented and screw-retained restorations and can be customized further using zirconium veneering ceramic. Available in white, three bleach shades, and 16 classical Vita colors, it ensures aesthetic adaptability. Conforming to ISO 6872:2019 standards, Z-CAD is designed for monolithic and customizable dental applications with Ø98.5mm discs available in multiple thicknesses, offering laboratories a comprehensive range for various dental requirements.

The Z-CAD One4All is a versatile high-performance zirconia designed for dental CAD/CAM applications. Notable for its 45% translucency and over 1000 MPa biaxial strength, it adapts well for anterior and posterior dental restorations. This material is suitable for crowns, veneers, inlays, bridges, and hybrid prostheses, offering both monolithic and veneered options. It supports personalization through zirconium veneering ceramic or zirconia press ceramic. Complying with ISO 6872:2019 Class 5, Z-CAD One4All is biocompatible, available in white, three bleach shades, and 16 Vita classical shades. It is provided in discs of varying thickness from 10mm to 30mm, addressing a wide range of laboratory requirements for custom dental restorations. The material is an excellent choice for screw or cement-retained applications, ensuring robust and aesthetic outcomes.