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Related Experiment Videos

A multipurpose template for implant placement

P Quinlan1, C R Richardson, E E Hall

  • 1Department of Prosthodontics, University of Texas Health Science Center at San Antonio, USA.

Implant Dentistry
|September 23, 1998
PubMed
Summary

This case report describes a new dental template that can be used for multiple purposes during implant surgery. The device functions as a guide for placing implants, a tool for measuring bone depth, and an aid in surgical flap reflection. The study shows that the template can replace multiple tools, making the procedure more efficient and accurate. The researchers observed that the device performed well in clinical use and may be useful in various implant scenarios. The study concludes that this multifunctional design is a valuable advancement in implant surgery.

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Area of Science:

  • Dental prosthetics and implantology
  • Oral and maxillofacial surgery
  • Medical device design

Background:

Current dental implant protocols often require multiple devices to guide placement, sound bone, and aid in surgical procedures. Prior research has shown that separate tools are typically used for radiographic guidance, bone sounding, and flap reflection. No prior work had resolved the challenge of integrating these functions into a single device. That uncertainty drove the development of a multifunctional template. This gap motivated the need for a unified solution that reduces procedural steps and improves precision. It was already known that surgical accuracy is critical in implant placement. However, no prior work had demonstrated a single appliance fulfilling multiple roles. The goal was to streamline the process while maintaining clinical reliability.

Purpose Of The Study:

This case report aimed to describe the fabrication and clinical application of a novel dental template. The specific problem addressed was the need for a single device to guide implant placement, sound bone, and assist in surgical procedures. The motivation stemmed from the desire to reduce procedural complexity and improve accuracy. The researchers proposed that a multifunctional template could enhance clinical outcomes. The study focused on demonstrating the feasibility of such a device in a real-world setting. The researchers aimed to show that one appliance could replace multiple tools. This approach was intended to simplify the surgical workflow and reduce the margin of error. The study sought to validate the practicality of this integrated design in clinical practice.

Keywords:
dental implant surgerysurgical guide designimplant placement accuracybone sounding techniques

Frequently Asked Questions

The main outcome is that the template successfully guided implant placement and reduced procedural steps.

The template aids in flap reflection, streamlining the surgical process.

The researchers propose that this function eliminates the need for a separate impression step.

The template allows accurate bone sounding during surgery, improving implant placement accuracy.

The template was evaluated in a clinical setting with a single patient case.

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Main Methods:

The study involved the fabrication of a custom template using laboratory techniques. The template was designed to serve as a radiographic guide, bone sounding guide, and surgical aid. The design process included digital imaging and physical modeling to ensure accuracy. The appliance was tested in a clinical setting with a single patient case. The researchers used standard dental imaging to plan implant placement. The template was fabricated using materials suitable for both radiographic and surgical use. The device was evaluated for its ability to guide implant positioning and assist in flap reflection. The study combined clinical application with postoperative assessment to verify functionality.

Main Results:

The template successfully guided implant placement with high precision. It functioned as a bone sounding guide during surgery, reducing the need for additional tools. The device also aided in flap reflection, streamlining the surgical process. The researchers observed improved accuracy in implant positioning. The appliance served as a pick-up impression tray, eliminating the need for a separate step. The template was found to be durable and adaptable to individual patient anatomy. Clinical outcomes indicated that the device met its intended functions. The study demonstrated that a single device could replace multiple tools in implant surgery.

Conclusions:

The authors propose that the multifunctional template is a practical solution for implant placement. The device successfully served as a radiographic guide and surgical aid. The researchers observed that the template reduced procedural steps and improved accuracy. The appliance was found to be reliable in clinical application. The study suggests that this approach could enhance surgical efficiency. The authors suggest that the template may be useful in various implant scenarios. The device was shown to fulfill multiple roles in a single procedure. The study concludes that this integrated design is a valuable advancement in implant surgery.

The authors suggest that the template may be useful in various implant scenarios.