At Beech Lane Dental Care, we are committed to providing our patients with the highest standards of dental care, particularly in the field of dental implants. Our advanced techniques ensure precision, safety, and outstanding results. One of the cornerstones of our approach is computer-guided surgery, which revolutionises how we plan and execute dental implant procedures.
Computer-guided surgery is an innovative technique that uses advanced technology to enhance the accuracy and predictability of dental implant placement. This method involves several key steps:
Our commitment to investing in the latest technology and continuous training enables us to provide you with the most advanced and effective dental implant treatments, enhancing your overall experience and achieving outstanding results.
Contact us now for more information about our Computer Guided Surgery!
1. How does computer-guided surgery improve dental implant procedures?
Computer-guided surgery enhances the precision and safety of dental implant procedures. By using detailed 3D imaging and digital planning, we can accurately assess your bone structure and plan the exact placement of the implants. This reduces the risk of complications and ensures that the implants are positioned for optimal function and appearance.
2.What are the benefits of using Cone Beam CT scanning in implant planning?
Cone Beam CT scanning provides detailed 3D images of the jawbone, allowing us to evaluate the bone’s quality and quantity accurately. This imaging helps us identify vital structures such as nerves and sinuses, which is crucial for precise implant placement and reducing potential risks during surgery.
3.How does the use of 3D printed drilling guides enhance the procedure?
3D printed drilling guides ensure that implants are placed with high accuracy, as they are customised based on the digital planning. This guide helps to align the implants precisely according to the plan, which can improve the overall outcome, enhance safety, and potentially speed up the healing process.