Home/Screws/Multi-unit through screw
Multi-unit through screw

Compatible: 8 systems

Multi-unit through screw

SKU 500.395.018.050UDI-DI 5993220062369M 1.8 mm · s 5 mm
€16.44
Unit price, incl. VAT

Compatible system — which one do you need?

Thread × Sulcus

ThreadM 1.8 mmSulcuss 5 mm
s 0.5 mms 1 mms 2 mms 3 mms 4 mms 5 mms 6 mms 7 mm
M 1.6 mm
M 1.8 mm

Quantity discount

calculated per size
102050

Add 9 pcs more for −10%: €14.80 per pcs

● In stock: 7 pcs — above that min. 10 pcs

Description

Geometry characteristics

Transversal Screw for Securing Multi-Unit Prosthetic Components

The Multi-unit through screw is a precision screw made of biocompatible titanium, specifically designed for the secure and stable fixation of multi-unit level prosthetic components. The screw traverses the entire height of the restoration and provides a direct connection between the prosthetic component and the multi-unit platform, allowing for easy placement and removal of screw-retained restorations.

Its design ensures accurate torque transmission and reliable fit, even in multi-unit or full-arch restorations. The titanium material is tissue-friendly, sterilizable, and retains its mechanical properties over time, making it ideal for repeated clinical use.

Main Advantages:

  • Multi-unit compatibility: Specifically designed to fit multi-unit platforms.
  • Biocompatible titanium: Lightweight, durable, corrosion-resistant, and sterilizable material.
  • Transversal design: Easy access and screw insertion through the restoration.
  • Precise and stable fixation: Ensures a secure hold, even for full-arch restorations.
  • Reusable: Suitable for both clinical and laboratory applications.

Indications:

The Multi-unit through screw is an ideal choice for all screw-retained restorations based on multi-unit platforms, where stable fixation, precise fit, and easy retrievability for maintenance or adjustment are essential.

The product image is for illustration purposes only; actual colour and geometry may vary depending on selected specifications.