A specialized set of pure titanium micro-ultrasonic tips engineered exclusively for the safe debridement and maintenance of dental implants. It effectively removes biofilm and calculus without altering the implant surface, protecting against peri-implantitis and ensuring long-term implant survival.

A robust, wide-platform implant designed for maximum mechanical engagement and load distribution in the posterior region. Combining parallel-walled geometry with the super-hydrophilic ProActive® surface, it provides a stable and predictable foundation for molar restorations in sites with sufficient bone height.

The Neoss® 8mm Impression Coping is engineered for the Closed Tray technique, providing exceptional accuracy in transferring the clinical implant position to the laboratory model. Its low-profile design is optimized for patients with limited inter-arch space, ensuring a seamless workflow without compromising precision.

A robust, wide-platform implant engineered to deliver maximum primary stability in demanding posterior sites. Combining an aggressive thread profile with a 5.0mm diameter and the super-hydrophilic ProActive® surface, it is the premier choice for immediate placement and molar extraction sockets.

A premier wide-body implant solution engineered for maximum primary stability and load distribution in molar regions. Featuring the super-hydrophilic ProActive® surface and a tapered geometry, it is the ideal choice for immediate replacement in large extraction sockets.

A versatile, mid-range wide-body implant designed for high primary stability in posterior regions with limited vertical bone height. Featuring the super-hydrophilic ProActive® surface and a tapered geometry, it is optimized for immediate placement and predictable osseointegration.

A precision-engineered narrow-body implant designed for sites with limited mesiodistal space but sufficient vertical bone height. Its straight, parallel-walled profile combined with the super-hydrophilic ProActive® surface offers maximum stability and aesthetic predictability in the anterior region.

A robust, wide-body straight implant designed for high load-bearing capacity in posterior regions. Combining parallel-walled geometry with the ProActive® surface, it provides maximum bone-to-implant contact and predictable stability in healed sites with adequate bone height.

A wide-body, ultra-short implant solution optimized for posterior regions with significant vertical bone resorption. The Ø 4.5 mm diameter provides an increased surface area for primary stability, offering a reliable alternative to invasive vertical bone grafting or sinus floor elevation.

A high-stability ultra-short implant designed for clinical cases with severe vertical bone atrophy. The straight body combined with the ProActive® surface maximizes bone-to-implant contact in limited space, providing a reliable alternative to complex grafting procedures.

The Neoss® CoCr Abutment Mono is a high-precision, non-oxidizing base designed for the fabrication of customized screw-retained or cement-retained restorations. It offers a cost-effective and biocompatible alternative to gold alloys, providing a reliable foundation for porcelain-fused-to-metal (PFM) or CAD/CAM workflows.

The versatile "workhorse" of the Neoss range, this 4.0mm diameter implant offers the perfect balance of strength and biological compatibility. Engineered with a tapered profile and the ProActive® surface, it is designed for universal application across all bone types and clinical indications.

A highly versatile, mid-range implant designed for cases with limited vertical bone height. Featuring the super-hydrophilic ProActive® surface and a tapered geometry, it provides a stable and predictable solution for both anterior and posterior restorations.

A high-performance, parallel-walled implant designed for maximum vertical anchorage and long-term stability. Featuring the super-hydrophilic ProActive® surface, this 4.0mm diameter implant is ideal for sites with sufficient bone height that require superior mechanical engagement and predictable osseointegration.

An ultra-short, wide-platform implant designed for maximum stability in posterior regions with severe vertical bone resorption. The Ø 5.0 mm diameter provides a large footprint to effectively distribute occlusal loads, offering a predictable alternative to invasive sinus lifts or vertical ridge augmentation.

A high-stability, narrow-body implant engineered for challenging anterior cases requiring maximum vertical anchorage. Its extended 15mm length and aggressive thread profile ensure exceptional primary stability, even in limited interproximal spaces or immediate extraction sites.