Digital implant implantation guide: steps and surgical guide techniques
Digital implant is used increasingly as an advanced method in dental surgery to replace lost or damaged teeth. A surgical guide is also used as an important tool in the process of a digital implant. In this article, we will examine the steps and techniques related to the surgical guide in digital implants.
Clinical examination and imaging examination before surgery
- Detailed patient evaluation to determine compatibility with digital implants
- 3D imaging to check bone strength and precise implant position planning
Surgical guide design
- Using 3D design software to create accurate surgical guides
- Considering sensitive areas and strategic points in guide design
Making a surgical guide
- Using fast 3D printing technology to make guides
- Using non-toxic and high-quality materials to make surgical guides
Installation and use of the surgical guide
- Stabilization of the surgical guide in the patient’s mouth to accurately guide the implant in the correct position
- Use of precision tools and computer-guided techniques
Guided surgical procedures
Making an incision and preparing the surgical area: after using the surgical guide, a suitable incision is made in the soft tissues and the surgical area is ready.
Installing the implant: Using the surgical guide, the implant is placed in the desired position and is firmly fixed.
Insertion of post-surgical screws: After installing the implant, post-surgical screws are inserted to close the surgical area well and start the healing process.
Preparation for the prosthesis: After the implant placement stage, the surgical area is prepared for the installation of the dental prosthesis.
Techniques related to surgical guide
Computer-guided surgical guidance: using computer software and technology to provide precise guidance in digital implant surgery.
Use of robotics: Using robots and smart tools in digital implant surgery for more accuracy and reducing errors.
Using 3D images: Using 3D images of the mouth and jawbones for more accurate planning and increasing the accuracy of implant placement.
By combining these techniques and methods, the surgical guide for digital implant placement is improved and offers better results in tissue repair and tooth replacement.
Advantages of using a surgical guide for digital implant placement
In addition to the advantages of the mentioned techniques, some other advantages of using a surgical guide for digital implant implantation are:
Reduction of operation time: Using the surgical guide, the time of the implant surgery is improved. More accurate design and prediction of the implant position reduces the time required to complete the surgery.
Reducing surgical errors and complications: Using a surgical guide reduces human errors in surgery. More accuracy in implant placement reduces the risk of damage to the surrounding tissues and improves surgical complications.
Improved prediction of the result: by using the surgical guide, it is possible to check the result more accurately and analyze the position of the implant before the surgery. This possibility allows the surgeon to plan more precisely the replacement of teeth and ensures a more stable result.
Improving patient comfort: Using a surgical guide gives the patient promising communication about the final result of the surgery. With a surgical guide, patients are more confident about the process and result of implant implantation.
Reducing the need for comprehensive images: the use of 3D images in surgical guide design instead of comprehensive images (CBCT) brings advantages such as reducing X-rays and costs of comprehensive images. This is linked to financial and health advantages, as the use of 3D imaging reduces costs and the need for frequent imaging.
Increasing the cooperation of the treatment team: using the surgical guide increases the cooperation and coordination between the members of the treatment team. All members can contribute to the surgical process by using the surgical guide and improving each person’s role.
Improving educational facilities: Using surgical guides in digital implant surgery creates better educational opportunities for young people and students in the field of dental surgery. They can strengthen their skills by using advanced technologies and surgical guides and improve the quality of surgeries in the future.
Determining the position of the implant more precisely: the surgical guide, using 3D images and computer technologies, allows the surgeon to determine a more precise position for the implant. This increases predictability and accuracy in implant placement.
According to the stated advantages, using a surgical guide in digital implant implantation can be an advanced and effective method to improve surgical results and patient comfort.
Also, the surgical guide for digital implant placement has other advantages:
Improving the strength and stability of the implant: using a surgical guide creates a stronger environment for the implant. With high accuracy in placing the implant in the correct position and using advanced surgical techniques, the strength and stability of the implant is improved.
Improving tissue recovery time: Using a surgical guide reduces tissue recovery time after surgery. By using surgical guide techniques, the contact with soft and hard tissues is reduced and the tissue repair process happens faster.
Minimal need for additional surgery: By using the surgical guide, the need for additional surgery such as soft and hard surgical instruments is reduced. This means a reduced risk of surgical complications and a longer recovery time.
Reduction of bleeding and infection: the use of a surgical guide leads to a reduction of bleeding and the risk of infection due to its high accuracy and reduced contact with soft tissues. This helps the patient’s recovery process and reduces complications related to surgery.
Use in complex cases: A surgical guide is used especially in complex and difficult cases, such as implant placement in areas with a lack of space or irregular topography of the mouth.
