All on X Screws

Prosthetic Solutions for Predictable Full-Arch Restorations

The Definitive Screw for Full-Arch Superstructures

Tired of full-arch zirconia restorations failing because there simply isn't enough material surrounding the multi-unit abutment?​

At ZimVie, we provide a more stable solution. Our All on X Screws are engineered to provide 2.5 times more material thickness and improve force distribution without the need for a Ti-Base—giving you the peace-of-mind for longer lasting full-arch restorations that perform better.​

Build Stronger, More Predictable Full-Arch Restorations

Benefits

Build Stronger, More Predictable Full-Arch Restorations

Full-arch restorations demand strength where it matters most—around the multi-unit abutment.

All on X Screws are engineered to be used in a direct-to-multi unit abutment connection that eliminate weak points caused by thin restorative material and Ti-Base interfaces, giving clinicians and labs a stronger, more predictable solution for zirconia, PMMA, titanium, and printed restorations.

All-on-X Screw Features

Direct-to-MUA Solutions - Secure restorations directly to the multi-unit abutment without Ti-Bases—reducing components, eliminating cement gaps, and simplifying workflows.

Increased Restorative Thickness - Designed to support up to 1 mm of material thickness around the multi-unit abutment, reducing the risk of zirconia fractures and remakes.

Flat Seat Screw Design - Delivers a higher preload between the structure and the MUA providing less screw loosening and improved long-term stability compared to conical seat designs.

Angulated Screw Channel Capability – The Torx Ball screw improves angulated screw channel access allowing up to 25° of angulation with 360 ° of rotation.

Material Versatility - Compatible with temporary, zirconia, metal materials making AOX the go-to definitive screw solution for full-arch cases.

The Clinical Advantage of All-on-X Screws

Fewer fractures. Fewer remakes. Greater confidence. All on X Screws transforms full-arch restorations into a predictable, durable, and digitally friendly workflow—so you can focus on delivering outcomes your patients and lab partners' trust.

• Increased seat thickness allows more resistance for a more stable and durable restoration.
  • Less susceptible to breakage
  • Ideal for softer materials such as temporary prosthesis
• Self centers the screw towards the axis of the multi-unit abutment
• Color anodized for easier identification