Introduction
PTD’s Digital Implant Surgical Guide is a customized tool based on 3D imaging (CBCT), intraoral scanning, and CAD design. The guide allows for the precise transfer of implant position, angle, and depth from the digital treatment plan to the surgical environment. This technology enables implant surgery to be performed with high precision, greater safety, and better prosthetic outcomes.
Clinical applications
- Implant surgery in sensitive areas such as sinuses, nerve canals, or resorbed jaws
- Multi-implant treatments requiring precise prosthetic fit
- Flapless surgeries to reduce invasiveness and recovery time
- Increased accuracy in patients with complex anatomy or bone limitations
Reducing human error and increasing compliance with prosthetic design
Preventing damage to vital structures such as nerves and sinuses
Eliminate trial and error and increase the productivity of the treatment team
Benefits
Reduced pain, swelling, and recovery time after surgery
Perfect match with the position of the implants and the final prosthesis design
Features
Ordering and design process
Product technical specifications
Single-cavity and multi-cavity, full arch
Biocompatible, sterilizable resin
SLA or DLP 3D printing
Ethylene oxide gas
Clinical Studies and Scientific Support
According to Schoology’s comprehensive guide to Digital Dentistry, the use of digital guides in implant surgery has resulted in increased accuracy, reduced complications, improved prosthetic outcomes, and higher patient satisfaction. This technology is considered an effective alternative to traditional methods, especially in complex or multi-implant treatments.