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A simple instrument for achieving accurate alignment and pre-insertion stability with mandibular bone plates.

J P Schmitz, J O Hollinger

Plastic and Reconstructive Surgery

|December 1, 1986

Summary

The modified Dingman forceps improve plate stability and prevent damage to screw canals during dental procedures. This innovative design ensures better alignment and fixation of surgical plates.

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Area of Science:

Oral surgery
Biomaterials engineering
Surgical instrumentation

Background:

Current plate-holding forceps may cause damage to prepared bone canals.
Existing instruments lack optimal stability for surgical plates.

Purpose of the Study:

To introduce a modified Dingman forceps designed for enhanced plate fixation.
To highlight the advantages of the modified forceps over conventional designs.

Main Methods:

Modification of standard Dingman forceps with rubber tubing.
Design of long lingual jaws for precise application.
Evaluation of the three-point rigidity for plate stabilization.

Main Results:

Rubber tubing prevents metal-to-metal contact, increasing plate stability.

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Long lingual jaws protect screw canals from damage during application.

The modified forceps ensure proper alignment, adaptation, and pre-insertion fixation of surgical plates.

Conclusions:

The modified Dingman forceps offer superior performance in holding surgical plates.
This design enhances surgical precision and reduces the risk of complications.
The instrument provides improved stability and fixation for dental bone plates.