Guided Implant Surgery
Guided implant surgery enables stitchless dental implant procedures. Precise and safe treatment with 3D planning and computer-manufactured surgical guides.
What Is Guided Implant Surgery?
Guided implant surgery is a modern implant treatment method planned digitally using 3D computed tomography (CBCT) data and performed with custom-manufactured surgical guides. In this method, the exact position, angle, and depth of the implant in the jawbone are determined on a computer before surgery, and this plan is transferred to a physical guide produced by a 3D printer.
In conventional implant surgery, the dentist places the implant during surgery based on experience and anatomical assessment. In guided surgery, all decisions are made in advance in a digital environment and executed precisely through the guide during surgery. This makes the treatment process more predictable, safer, and more comfortable.
Guided Surgery vs. Conventional Surgery
There are significant differences between guided implant surgery and conventional freehand surgery:
- Planning: Guided surgery uses 3D digital planning; the conventional method relies on 2D X-rays and clinical assessment
- Surgical Guide: Guided surgery uses a custom 3D-printed guide; the conventional method uses no guide
- Incision: Guided surgery requires no gum incision (flapless); the conventional method involves lifting a gum flap
- Sutures: Guided surgery typically requires no sutures; the conventional method requires stitching
- Accuracy: Guided surgery achieves millimeter-level precision; the conventional method depends on the surgeon's manual skill
- Surgical Time: Guided surgery averages 10-15 minutes per implant; the conventional method takes 30-45 minutes
- Recovery: Guided surgery involves 1-2 days of mild discomfort; the conventional method may cause 3-7 days of swelling and pain
- Complication Risk: Guided surgery has minimal risk; the conventional method has relatively higher risk
The Z-GO Guide System
Our clinic uses the Z-GO Guide guided surgery system. Z-GO Guide is an advanced technology system that enables the production of patient-specific surgical guides from digital planning data and the placement of implants with millimeter precision at predetermined positions.
With the Z-GO Guide system:
This system provides significant advantages, especially in cases involving multiple implants, areas near anatomical structures, and the aesthetic zone.
- A fully digital workflow minimizes the margin of error
- Custom guides are produced quickly with a 3D printer
- During surgery, the implant angle, depth, and position are completely controlled
- Stitchless implant surgery becomes possible
Implant Types and Guided Surgery
Guided surgery can be applied compatibly with various implant types and brands. It is suitable for every case, from single-tooth deficiencies to full edentulism. In single-tooth implant applications, it ensures ideal positioning in the aesthetic zone, while in All-on-Four full arch treatments, it ensures harmonious placement of all implants.
Frequently Asked Questions
Can guided implant surgery be applied to every patient?
Yes, guided surgery can be applied to every patient who has adequate bone structure and whose general health is suitable for implant surgery. In cases of bone deficiency, suitable conditions can be created through bone augmentation first.
How long does guided implant treatment take?
The planning process (CBCT scan, digital planning, guide production) takes approximately 5-7 days. The surgical procedure itself is completed in 30 minutes to 1.5 hours, depending on the number of implants. Surgical time is significantly shorter compared to the conventional method.
Is stitchless implant surgery possible with guided surgery?
Yes, one of the most important advantages of the guided surgery system is that it enables flapless (stitchless) surgery. The implant is placed through a small entry point without cutting the gum tissue. This significantly reduces post-operative swelling, pain, and recovery time.
Treatment Steps
Digital Imaging (CBCT Scan)
The first step is a three-dimensional scan of the jaw structure using Cone Beam Computed Tomography (CBCT). This scan enables millimeter-level evaluation of bone density, bone width and height, the position of nerve canals, the boundaries of sinus cavities, and the condition of existing tooth roots.
Computer-Assisted Planning
CBCT data is transferred to specialized implant planning software. In this software, the surgeon selects the implant size, diameter, angle, and exact placement point. Safe distances from nerve canals, sinus cavities, and adjacent tooth roots are calculated. Prosthetically driven planning ensures the dental prosthesis that will sit on the implant is also in the ideal position.
Surgical Guide Production
Based on the digital plan, a custom surgical guide (guide plate) is produced using a 3D printer. This guide is designed to fit the patient's jaw structure precisely and ensures the implant is placed in the planned position with high accuracy.
Flapless (Stitchless) Surgical Application
On surgery day, the guide is placed in the patient's mouth. Without cutting the gum tissue, a small punch (tissue stamp) creates an entry point through the guide holes, and the implant is precisely placed. Procedure time is significantly shorter compared to the conventional method.
Healing and Prosthesis Phase
After implant placement, the osseointegration (bone-implant fusion) process begins. In suitable cases, a temporary prosthesis can be placed on the day of surgery. The permanent prosthesis is typically completed 3-6 months later.
Digital Imaging (CBCT Scan)
The first step is a three-dimensional scan of the jaw structure using Cone Beam Computed Tomography (CBCT). This scan enables millimeter-level evaluation of bone density, bone width and height, the position of nerve canals, the boundaries of sinus cavities, and the condition of existing tooth roots.
Computer-Assisted Planning
CBCT data is transferred to specialized implant planning software. In this software, the surgeon selects the implant size, diameter, angle, and exact placement point. Safe distances from nerve canals, sinus cavities, and adjacent tooth roots are calculated. Prosthetically driven planning ensures the dental prosthesis that will sit on the implant is also in the ideal position.
Surgical Guide Production
Based on the digital plan, a custom surgical guide (guide plate) is produced using a 3D printer. This guide is designed to fit the patient's jaw structure precisely and ensures the implant is placed in the planned position with high accuracy.
Flapless (Stitchless) Surgical Application
On surgery day, the guide is placed in the patient's mouth. Without cutting the gum tissue, a small punch (tissue stamp) creates an entry point through the guide holes, and the implant is precisely placed. Procedure time is significantly shorter compared to the conventional method.
Healing and Prosthesis Phase
After implant placement, the osseointegration (bone-implant fusion) process begins. In suitable cases, a temporary prosthesis can be placed on the day of surgery. The permanent prosthesis is typically completed 3-6 months later.
Who Is This For?
Patients with borderline bone height or width: Precise positioning uses available bone most efficiently
Patients requiring implants near nerve canals: Nerve damage risk is minimized
Patients receiving multiple implants: Compatible and parallel placement of all implants is ensured
Patients with dental anxiety: Stitchless, shorter procedures increase patient comfort
Patients with systemic conditions: Shorter surgical time and less tissue trauma facilitate healing
Patients who have been edentulous for extended periods: Precise planning is critically important in cases with bone resorption