Product Type: Prosthetic Short Screw

Compatibility: Korean D Implant System

Indication: Fixation of prosthetic components such as abutments and multi-unit abutments

Design: Short-length screw for limited vertical space

Material: Medical-grade Titanium Alloy

Thread Design: Precision-machined threads for secure engagement

Head Type: Hex-compatible for prosthetic driver

Finish: Smooth, corrosion-resistant surface

Sterilization: Autoclavable

Clinical Advantage: Provides reliable prosthetic retention while reducing stress on implant components

Ensure the implant platform and prosthetic component are clean and dry.

Position the abutment or prosthetic component correctly onto the implant.

Insert the Korean D Prosthetic Short Screw through the prosthetic component.

Tighten the screw using a compatible prosthetic hex driver.

Apply recommended torque as per clinical protocol.

Verify complete seating and stability of the prosthetic restoration.

After final placement, recheck torque to ensure long-term retention.

The Korean D Prosthetic Short Screw is a precision-engineered implant prosthetic component designed to securely fasten prosthetic elements—such as abutments, temporary restorations, or multi-unit components—to Korean D implant systems. It plays a critical role in ensuring the mechanical stability, functional reliability, and long-term success of implant-supported restorations.

Manufactured from high-quality medical-grade titanium, the prosthetic short screw offers excellent biocompatibility, corrosion resistance, and high tensile strength. Its robust construction allows it to withstand functional occlusal forces while maintaining a stable and secure connection between the implant and prosthetic component over extended periods of use.

The short screw design is particularly advantageous in clinical situations where limited vertical space is present or where a compact fixation solution is required. Precision-machined threads ensure smooth engagement with the implant’s internal threading, reducing the risk of cross-threading and providing consistent torque control during placement.