Digital Implant Planning is a highly predictable approach that utilizes advanced planning software to assist dentists in surgically and prosthetically planning each implant case. Through collaborative planning, we are now able to ensure optimized treatment outcomes with predictability in implant dentistry.
Precise Implant Placement: Utilizing specialized software, dentists can virtually position implants with utmost precision and accuracy. Factors such as bone density, proximity to adjacent structures, and optimal aesthetic outcomes can be evaluated in a virtual environment.
Optimal Prosthetic Design: Digital Implant Planning enables dentists to design and customize the final prosthetic restoration digitally. This includes selecting the ideal implant type, size, and angulation to achieve optimal function, aesthetics, and long-term stability.
Predictable Treatment Outcomes: By simulating the implant procedure on our planning software, dentists can anticipate potential challenges and make necessary adjustments to the treatment plan prior to the actual surgery. This enhances predictability and minimizes complications during the implant placement process.
Enhanced Patient Communication: Digital Implant Planning allows dentists to visually communicate the proposed treatment plan to patients. Utilizing the virtual model, dentists can effectively explain the procedure, set realistic expectations, and address any concerns or questions the patient may have.
Surgical Guide Fabrication: Once the treatment plan is finalized, we can design and fabricate surgical guides. These guides ensure precise implant placement, minimizing invasiveness and optimizing surgical efficiency.
Our Protocol
Digital Imaging and Scanning:
Utilize advanced 3D imaging technology and intraoral scanning to capture precise digital models of the patient's dentition and surrounding structures. Ensure high-resolution images and accurate digital scans for optimal planning accuracy.
Dentist-Technician Collaboration:
Optimal Implant Placement:
Surgical Guide Design and Fabrication:
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