The SegScrew allows up to 30° of screw-channel angulation. This helps reposition the access hole away from the facial surface for improved esthetics and ideal prosthetic positioning.

Enhanced Anti-Stripping Technology. The SegScrew head is engineered with a robust driver connection that provides greater engagement and more efficient torque transfer. This helps protect the drive interface from deformation and stripping even under higher torque, while maintaining reliable driver engagement for easier tightening and retrieval.

High-Torque Performance The SegScrew is engineered to withstand 15–20 N·cm of torque, providing strong clamping force for a secure and stable prosthetic connection. This higher torque capability helps maintain preload, resist functional forces, and reduce the risk of screw loosening over time.

Enhanced Surface-Friction Retention The SegScrew’s uniquely contoured head creates a larger contact surface with the prosthetic material. This increased surface engagement generates greater friction and mechanical retention when the screw is torqued, helping stabilize the prosthesis, resist micromovement, and reduce the potential for loosening during function.

30° Force-Distribution Design The SegScrew’s 30-degree tapered head is engineered to redirect functional forces outward and across the prosthetic material, rather than concentrating those forces vertically through the screw and directly onto the MUA. By spreading the load over a broader area.

This reduces localized stress concentrations, improve prosthetic stability, and create a more favorable distribution of forces throughout the restoration.

Reinforced Neck for Increased Strength.
The SegScrew features a wider, thicker neck at one of the highest-stress areas of the screw, providing greater structural strength where it matters most. This reinforced geometry is designed to better withstand functional and tightening forces.

This reduces stress concentration and helping minimize the risk of screw fatigue, deformation, and fracture over time.

Versatile Across Soft & Hard Materials

The SegScrew is engineered to perform across a wide range of prosthetic materials, from softer materials such as PMMA and 3D-printed resins to high-strength materials such as zirconia and titanium.

The SegScrew features a 2.4 mm head diameter, allowing screw channels to be milled with a durable 2 mm bur instead of a fragile 1 mm bur. This improves millability, reduces bur breakage, and creates a more efficient and predictable manufacturing workflow. Optimized milling strategies are available for MillBox, hyperDENT, and other leading CAM platforms, making SegScrew easy to integrate into virtually any digital lab workflow.

Extensive Digital Library Compatibility

The SegScrew libraries are designed to work with many of the industry’s most widely used scan bodies giving laboratories the flexibility to choose the components that best fit their existing digital workflow. This broad compatibility helps: simplify case design, reduce workflow changes, and make SegScrew easier to integrate into virtually any lab environment without being locked into a single scan-body system.

Cost-Efficient by Design

Competitively priced with similar products, SegScrew delivers greater savings by eliminating the need for a Ti-base, reducing component costs and simplifying production.