How Does a 3D CBCT Scan Help Plan Guided Dental Implant Placement in Fort Myers?
CBCT imaging creates a three-dimensional view of the teeth, jaws, and surrounding anatomy. For implant planning, the scan helps the dentist evaluate available jawbone, map nearby structures, select a proposed implant position, and determine whether a digital surgical guide may be appropriate. A CBCT scan supports planning, but it does not replace a clinical exam and does not guarantee implant success, so it’s ordered only when clinically necessary. The FDA describes dental CBCT as a rotating, cone-shaped X-ray system that reconstructs 3D images of the teeth, jaws, and nearby anatomy. Mitchell Dentistry offers implant consultations in Fort Myers.
What Is CBCT Imaging in Dental Implant Planning?
Cone-beam computed tomography, or CBCT, is a type of dental X-ray system that captures multiple X-ray projections around the head and reconstructs them into a three-dimensional image. In dental implant planning, this 3D dental imaging lets the dentist examine a proposed dental implant treatment site from angles a flat image cannot show.
What Does CBCT Stand For?
CBCT stands for cone-beam computed tomography. The machine rotates around the patient’s head using a cone-shaped X-ray beam, and computer software reconstructs the captured information into multiple planes and three-dimensional renderings. A dental CBCT scan is not the same as a standard medical CT scan, and it still uses ionizing radiation to create its images.
What Areas Can a Dental CBCT Scan Show?
A dental CBCT scan can show the teeth, tooth roots, upper and lower jawbone, the alveolar ridge, existing dental implants, sinus spaces, nerve canals, impacted or retained teeth, areas of bone loss, extraction sites, and the approximate contour of the ridge. It can also help the dentist evaluate the relationship between a proposed implant site and nearby anatomy. CBCT is especially useful for viewing mineralized tissue such as bone and teeth, but it does not display every soft-tissue structure with the same level of detail.
Is a CBCT Scan the Same as a Regular Dental X-Ray?
No. A standard dental X-ray creates a two-dimensional image, while CBCT reconstructs volumetric, three-dimensional information viewed as cross-sectional slices. A 2D image remains useful for many diagnostic purposes, and more imaging is not automatically better imaging; CBCT is selected when the clinical question requires information that a standard image cannot adequately provide. The FDA notes that dental CBCT generally exposes patients to more radiation than conventional dental X-rays, although typically less than a conventional medical CT scan, so the clinical reason for the scan should be clear before it’s recommended.
Why Can Two-Dimensional X-Rays Be Limited for Implant Planning?
Panoramic and intraoral X-rays remain an important part of the diagnostic record, but they answer different questions than a 3D scan.
What Information Can a Panoramic X-Ray Provide?
A panoramic X-ray shows a broad view of the jaws, teeth and roots, existing restorations, missing teeth, general bone patterns, impacted teeth, general pathology screening, and the relationship between teeth and the sinus or nerve regions. It remains an important part of the diagnostic record for many patients.
What Can a Two-Dimensional Image Not Show Directly?
A flat image may not fully show ridge width from cheek to tongue, three-dimensional contour, concavities, the exact spatial relationship among bone, nerves, and a proposed implant, or the restorative angle at which the final tooth needs to sit. This doesn’t mean conventional X-rays are inaccurate, they simply answer different diagnostic questions than a three-dimensional scan.
Why Does Cross-Sectional Bone Information Matter?
Implant placement happens inside a three-dimensional jaw, so the dentist needs to assess bone height, width, shape, angulation, nearby anatomical boundaries, and available restorative space. Cross-sectional imaging helps connect the implant trajectory to the direction the final tooth needs to point.
What Does a CBCT Scan Measure Before Dental Implant Placement?
A CBCT scan gives the dentist a set of measurements at the proposed implant site that help compare the available jawbone with the dimensions of the planned implant.
| CBCT Planning Attribute | Why It Matters |
|---|---|
| Bone Height | Helps assess vertical space for the proposed implant |
| Ridge Width | Helps determine whether bone can surround the implant |
| Ridge Contour | Identifies slopes, concavities, and irregular anatomy |
| Nerve Location | Helps plan distance from important nerve structures |
| Sinus Location | Helps evaluate posterior upper-jaw limitations |
| Root Position | Helps avoid interference with neighboring teeth |
| Implant Angle | Connects the fixture with the planned restoration |
| Implant Depth | Influences restorative and anatomical planning |
| Defect Location | Helps evaluate possible grafting requirements |
How Does CBCT Measure Available Jawbone?
The dentist can view cross-sectional slices at the proposed implant site and take implant-site measurements of bone height, bone volume, and ridge width. These measurements are compared against the proposed implant’s dimensions to confirm there’s enough available bone to support it. Bone contour can change across a small distance, so the scan is always interpreted alongside the clinical examination.
Can CBCT Determine Jawbone Density?
CBCT can provide information about bone appearance, architecture, and relative quality, including cortical and trabecular bone patterns. CBCT grayscale values are not automatically equivalent to Hounsfield units, the standardized density scale used in medical CT, so bone quality is assessed through a combination of imaging, anatomical location, and clinical judgment rather than a single automatic score. Bone quality is one of several factors that can influence implant stability once the fixture is placed.
How Does CBCT Show the Shape of the Alveolar Ridge?
The alveolar ridge is the part of the jaw that supports the teeth and may later support an implant. CBCT can show whether the ridge is wide, narrow, sloped, concave, irregular, resorbed after tooth loss, or altered by prior infection or trauma. The ridge shape connects directly to implant angle, available bone, whether grafting may be part of the plan, surgical access, and the position of the final restoration.
Can CBCT Show Bone Loss After Long-Term Tooth Loss?
Yes. A CBCT scan can help visualize reduced ridge width, reduced vertical height, uneven resorption, healed extraction sites, bone defects, and existing implant sites, along with areas that may need further evaluation. The scan does not by itself determine the exact cause or age of the bone loss. That interpretation still relies on the clinical examination and patient history.
How Does CBCT Imaging Map Nerves, Sinuses, and Nearby Teeth?
Why Is the Lower-Jaw Nerve Important During Implant Planning?
A nerve canal, called the mandibular canal, travels through the lower jaw and contains the inferior alveolar nerve. As part of anatomical planning, the dentist needs to identify this nerve’s approximate location and course near a proposed implant so that implant length, position, and angulation for any lower-jaw implant can be planned with an appropriate safety margin. Clinical judgment remains part of this process alongside the imaging.
Why Is the Maxillary Sinus Important for Upper Dental Implants?
The maxillary sinus can sit close to missing upper premolar or molar sites, and tooth loss in this area can limit the vertical bone height available. CBCT helps show the relationship between the ridge and the sinus floor. This finding may affect implant length, position, the need for grafting, a referral for further evaluation, or a different treatment approach altogether.
How Does CBCT Help Protect Neighboring Tooth Roots?
An implant has to be positioned relative to the roots of adjacent teeth, and root angulation is not always visible from the crown alone. Three-dimensional imaging helps the dentist identify this spatial relationship and plan proper implant spacing and interradicular space between the implant and neighboring teeth, reducing the risk of root proximity issues.
Can CBCT Reveal Anatomical Variations?
Yes. Patients differ in ridge shape, sinus size, nerve path, root angulation, bone contours, existing surgical changes, and the anatomy left behind by previous extractions. Because of this, a dental implant plan should be built around each patient’s individual anatomy rather than an average anatomical model.
How Does CBCT Imaging Help Determine Whether Bone Grafting Is Needed?
What CBCT Findings Can Suggest Limited Bone Volume?
CBCT may show a narrow ridge, reduced vertical height, facial bone deficiency, an irregular extraction socket, a bone defect after infection, uneven resorption, or limited bone near the sinus or above the mandibular canal. These imaging findings are always combined with the clinical examination, gum and tissue evaluation, the planned restoration, the patient’s medical history, and a surgical assessment before a decision is made.
Can a CBCT Scan Confirm That Every Patient With Bone Loss Needs a Graft?
No. Bone loss exists on a spectrum, and implant dimensions and position can vary from case to case. Because the final restoration affects the required implant position, alternative positions are sometimes possible. Some cases require grafting, others can use the existing bone in an adjusted position, and some complex cases may need referral or a different restorative plan.
How Does CBCT Support Socket Preservation or Staged Grafting Plans?
CBCT can help the dentist evaluate a healed or healing extraction site and identify where deficiencies exist. Depending on the findings, grafting may happen at the same time as implant placement or in a separate, staged procedure. Follow-up imaging is only recommended when it’s clinically justified.
Why Must the Implant Be Planned Around the Final Tooth?
What Is Prosthetically Driven Implant Planning?
Prosthetically driven planning starts with the intended position, shape, and function of the replacement tooth, then plans the implant to support that restoration. A dentist should not simply place an implant wherever the most bone happens to be available. The plan has to account for tooth position, bite, how the implant emerges through the gum, cleaning access, esthetics, the direction of screw access, crown shape, how force is distributed, and the position of adjacent teeth.
How Does Implant Position Affect the Implant Crown?
The position of the implant fixture influences the crown’s contour, length, emergence profile, bite contacts, and esthetics, along with how easy the restoration is to clean and whether it’s screw-retained or cement-retained. The direction the load travels through the implant also depends on this restorative position. Getting the position and abutment design right at the planning stage helps the final implant crown look and function more naturally.
How Does Implant Position Affect a Bridge or Implant-Supported Denture?
When multiple implants support a full-arch dental implant restoration or bridge, the implants need appropriate distribution, spacing, and angulation across the arch to support the prosthetic design. Full-arch treatment requires evaluating the entire jaw rather than one isolated site, since available bone has to be considered in relation to the complete prosthesis.
How Are a CBCT Scan and Digital Dental Impressions Combined?
What Does the CBCT Scan Contribute to the Digital Plan?
The CBCT scan contributes to internal jaw anatomy, including bone contours, root position, the relationship between the proposed implant site and nearby nerves or sinus spaces, the proposed implant’s dimensions, and the surgical pathway to the site.
What Does an Intraoral Scan Contribute?
A digital intraoral scan, taken with advanced digital scanning technology, separately records the visible tooth surfaces, gum contours, bite relationship, the spaces between teeth, existing restorations, the shape of the dental arch, and the proposed prosthetic space. It does not replace the internal bone information that a CBCT scan provides.
How Can the Two Digital Records Be Aligned?
At a general level, the dentist acquires the CBCT data, captures a digital impression, and imports both into planning software that aligns the surface scan with the three-dimensional jaw data. From there, the proposed replacement tooth can be designed, the implant planned relative to both the restoration and the anatomy, and a surgical guide designed when the case calls for one.
Why Does Combining Records Improve Treatment Communication?
A combined digital plan gives the dentist a visual way to discuss the proposed implant location, bone limitations, whether grafting may be needed, alternative treatment options, the number of implants being considered, the type of final restoration, the treatment sequence, and whether a referral is needed. The software supports this conversation, but it does not make the clinical decision on its own.
What Is Guided Dental Implant Surgery?
Guided implant surgery uses a digitally planned implant position and a patient-specific surgical guide to help direct the osteotomy, or the site prepared for the implant, along with the drilling sequence and final implant placement.
What Is a Dental Implant Surgical Guide?
The guide is a custom device designed to fit a patient’s remaining teeth, gum tissue, bone, or a combination of these, depending on the case. It contains openings or guide sleeves that correspond to the planned implant pathway, and not every guide is designed or supported in the same way.
How Does the Surgical Guide Transfer the Virtual Plan?
The implant is positioned virtually first, and the surgical pathway is defined around that position. A guide is then designed, manufactured, and seated in the patient’s mouth, where the dentist uses it to help reproduce the selected angle, position, and depth during surgery.
What Is the Difference Between Pilot-Guided and Fully Guided Placement?
In pilot-guided placement, the guide controls an initial drilling stage, and later steps follow the clinical plan. In fully guided placement, the guide assists several or all drilling stages and may guide implant insertion as well. The method chosen depends on the case, the equipment, and the clinician’s workflow.
Is Guided Implant Surgery the Same as Robotic Implant Surgery?
No. A static surgical guide is manufactured ahead of time from a digital plan. Dynamic navigation tracks instruments in real time during treatment, and robotic systems are a separate form of computer-assisted guidance. These terms describe different technologies and should not be used interchangeably.
How Can Guided Planning Improve Implant Placement?
How Does Guided Planning Support Implant Position and Angulation?
A surgical guide can help transfer the planned mesiodistal position, buccolingual position, implant angle, and depth from the digital plan to the surgical site, along with the planned relationship to adjacent teeth and the intended crown or prosthesis.
How Does Guided Planning Support Restorative Accuracy?
Because implant position influences the abutment and crown, starting the plan with the desired restoration can improve alignment between the surgical and restorative phases of treatment. Better alignment between the two plans may simplify the prosthetic design, though final clinical conditions can still require adjustments.
Can Guided Planning Make Surgery Less Invasive?
In some selected cases, guided planning may allow a smaller surgical access approach. Other cases still require direct surgical visibility, and bone grafting or complex anatomy may still call for a conventional flap approach. Guided does not automatically mean flapless, and flapless is not automatically better for every patient.
Can Guided Planning Reduce Appointment Time?
Digital planning happens before surgery, and a guide may make certain operative steps more structured. Complex cases may still require additional preoperative records, and total treatment time varies by case, so guided planning should not be understood as a promise of a shorter procedure or fewer visits.
Does Guided Surgery Guarantee Perfect Placement?
No. Accuracy can still be affected by scan quality, patient movement during the scan, data alignment, guide design and support, how well the guide fits and seats, manufacturing tolerances, surgical access, bone conditions, and the clinical judgment applied during surgery. Guided planning is a tool that supports clinical judgment, not a replacement for it.
Does Every Dental Implant Patient Need Guided Surgery?
No. Guided surgery is one treatment-planning and placement method, and whether it’s used depends on the patient’s anatomy, the type of restoration planned, case complexity, the available records, and the treating dentist’s judgment.
When Can Guided Implant Placement Be Especially Useful?
Guided placement can be especially useful for cases with limited space between roots, multiple implants, full-arch treatment, restoratively demanding front-tooth cases, reduced available bone, anatomical limitations, preplanned temporary restorations, or cases that require closely coordinated surgical and restorative planning. This does not mean guided surgery is mandatory in these situations, only that it’s often considered.
When Might Freehand Implant Placement Still Be Appropriate?
Experienced clinicians may use conventional, freehand placement when the anatomy is straightforward, surgical access and visibility are adequate, the restorative position can be managed predictably, intraoperative findings call for more flexibility, or a guide simply doesn’t add meaningful value to the case. Freehand placement is a standard, appropriate approach in the right case, not an outdated one.
Does a CBCT Scan Automatically Mean a Surgical Guide Will Be Used?
No. CBCT may be used for diagnosis, bone measurement, anatomical evaluation, treatment comparison, referral planning, or virtual implant planning without a physical surgical guide ever being made. Whether a guide is used is a separate decision from whether a CBCT scan is taken.
How Does CBCT Planning Differ for a Single Implant, Several Implants, and Full-Arch Treatment?
How Is CBCT Used for a Single-Tooth Dental Implant?
For a single-tooth dental implant, CBCT helps evaluate the position of adjacent roots, local ridge width, the esthetic position of the gum line, available restorative space, the angle needed for a natural-looking implant crown, and whether localized grafting may be needed.
How Is CBCT Used for Multiple-Tooth Implant Treatment?
For multiple-tooth implant treatment, CBCT helps plan the distribution of implant support, the space needed between fixtures, the span of the planned bridge, bite forces, the relationship among implants, and how bone availability changes across the missing-tooth area.
How Is CBCT Used for Implant-Supported Dentures?
For implant-supported or implant-retained dentures, including snap-on dentures and overdentures for patients dealing with loose dentures, CBCT helps map bone across the complete arch, identify possible implant sites, evaluate long-term ridge resorption, plan implant distribution, and determine the restorative space needed to coordinate a removable or fixed prosthetic design.
How Does CBCT Support All-on-4 and Full-Arch Dental Implant Planning?
For full-arch and All-on-4 planning in Fort Myers, the entire arch is evaluated together, since bone availability varies by region and implant angulation and distribution need to be planned as a set rather than one implant at a time. Nerve and sinus relationships across the whole arch are reviewed, and prosthetic space and bite are considered alongside the bone findings. A surgical guide may support transferring the full-arch plan during surgery.
Can CBCT Imaging Predict Osseointegration or Implant Success?
No scan can guarantee that an implant will integrate successfully.
What Can CBCT Show Before Implant Placement?
CBCT can support assessment of bone dimensions, architecture, ridge anatomy, nearby structures, and the proposed implant position before surgery begins.
What Can CBCT Not Predict by Itself?
CBCT cannot independently predict a patient’s healing response, future oral hygiene habits, smoking behavior, gum disease, peri-implantitis, or long-term biological integration of the implant.
What Other Factors Affect Osseointegration?
Osseointegration is also influenced by primary implant stability, bone quality, surgical technique, medical health, healing time, loading conditions, and day-to-day oral hygiene. These factors work alongside the imaging findings rather than being replaced by them.
Is CBCT Imaging Safe for Dental Implant Planning?
Does a CBCT Scan Use Radiation?
Yes. CBCT is an X-ray imaging method that uses ionizing radiation, and exposure varies depending on the machine, the scan area, and the settings used. The FDA notes that dental CBCT generally involves more radiation than conventional dental X-rays, though typically less than a conventional medical CT scan. Every scan should have a clear clinical purpose.
When Should a Dentist Recommend CBCT Imaging?
A dentist considers the patient’s medical and dental history, the current clinical examination, existing imaging, the proposed treatment, and the specific diagnostic question before recommending CBCT, including whether a lower-exposure image could answer the same question. The scan should only be recommended when it’s expected to change or meaningfully inform the treatment plan.
What Does ALARA Mean?
ALARA means “as low as reasonably achievable.” This principle involves justifying the need for the scan, selecting an appropriate field of view, using suitable exposure settings, reviewing existing records where available, and avoiding unnecessary repeat imaging.
Does Every Dental Examination Include a CBCT Scan?
No. CBCT is not a routine part of every dental exam. It is used when a three-dimensional clinical question needs to be answered, a new-patient exam may use different imaging depending on that patient’s needs, and implant planning is one context where CBCT often comes up.
What Happens During a CBCT Implant-Planning Appointment?
What Happens Before the Scan?
Before the scan, the dentist reviews the patient’s dental concern and treatment goals, reviews medical and dental history, examines the teeth and gums, reviews any previous imaging, and determines whether a CBCT scan is clinically needed for that case. If a scan is recommended, the dentist explains its purpose and lets the patient know if certain metal objects should be removed before the appointment.
What Is the CBCT Scan Experience Like?
During the scan, the patient stands or sits, depending on the machine, and is positioned and stabilized, sometimes biting on a positioning aid. The patient remains still while the scanner rotates around the head. There is no physical contact from the X-ray beam, and the acquisition itself takes a relatively short amount of time.
What Happens After the Scan?
Afterward, the image data is reconstructed and reviewed by the dentist. The proposed implant site is evaluated, measurements and anatomy are assessed, and digital records may be combined to compare implant options. A guide may be designed if the case calls for one.
What Should the Dentist Explain to the Patient?
The dentist should explain why the scan was recommended, what it shows about available bone and nearby anatomy, the proposed implant position, any bone-grafting considerations, and the treatment alternatives available. This includes clarifying the surgical and restorative roles involved, the limitations of the scan, the estimated treatment phases, and which provider performs each step. This kind of unhurried explanation reflects how Mitchell Dentistry approaches implant consultations in Fort Myers.
Does CBCT-Guided Implant Planning Affect Treatment Cost?
What Digital Planning Steps May Be Included in the Treatment Fee?
Depending on the office and the case, a treatment fee may include the implant consultation, CBCT acquisition, image interpretation, digital impression, virtual implant planning, surgical guide design and manufacturing, restorative design, and coordination with another surgical provider when one is involved. Inclusions vary by case and office.
Does Every Case Require a Surgical-Guide Fee?
No. A CBCT scan and a surgical guide are separate parts of the workflow. Some patients need CBCT imaging without ever needing a physical guide, and guide complexity varies, since a full-arch guide differs from a localized, single-tooth guide. Patients considering dental implant cost in Fort Myers should ask specifically what’s included in their written estimate.
Why Should Patients Compare the Complete Treatment Plan?
Estimates can differ depending on whether they include imaging, extraction, bone grafting, the implant fixture, implant placement, the abutment, a temporary restoration, the surgical guide, the final crown, bridge, or denture, and ongoing follow-up and maintenance. Comparing the complete plan, not just one number, gives a more accurate picture of what treatment will actually involve.
What Questions Should You Ask About CBCT-Guided Implant Planning?
- Why is a CBCT scan recommended for my case?
- What clinical question will the scan answer?
- What does the scan show about my available bone?
- Where are the nearby nerves, sinuses, and tooth roots?
- Is bone grafting likely to be needed?
- Where should the final implant crown or bridge be positioned?
- Will my implant be planned digitally?
- Will a surgical guide be used?
- What type of guide is appropriate for my case?
- Who will perform the implant surgery?
- Who will design and place the final restoration?
- Does my treatment involve another dental specialist?
- Which planning steps are included in the cost?
- What are the limitations of guided implant surgery?
- How will the implant be monitored after placement?
Schedule a 3D Dental Implant Evaluation in Fort Myers, FL
If you are considering dental implants in Fort Myers, a complete examination can determine which records are needed to plan your treatment. When three-dimensional imaging is clinically appropriate, CBCT data can help the dental team evaluate your jawbone, map nearby anatomy, review your restorative space, and discuss how a proposed implant would support your final crown, bridge, or denture, whether you’re considering a single implant, implant-supported denture options, or full-arch restoration.
Mitchell Dentistry works with patients throughout Fort Myers and nearby Sanibel Island who are missing one tooth, missing several teeth, or dealing with long-term denture problems, including cases where available bone or possible bone grafting needs are part of the conversation. Every consultation is individualized, and your dentist will walk you through what your imaging shows and what your digital treatment options look like before any decisions are made. Request an implant consultation to start the conversation.
Frequently Asked Questions About CBCT Implant Planning
What does a CBCT scan show for dental implants?
A CBCT scan shows three-dimensional implant-site anatomy, including bone height and width, ridge shape, nearby tooth roots, nerve canals, and sinus spaces. This gives the dentist a fuller picture of the proposed implant site than a single flat X-ray can provide on its own, which supports more informed treatment planning.
Is a CBCT scan required before every dental implant?
Not always. Whether CBCT is recommended depends on the clinical examination, existing imaging records, and the specific diagnostic question the dentist needs answered for that case. Some straightforward cases may be adequately evaluated with two-dimensional imaging alone, while more complex cases often benefit from three-dimensional data.
Can a CBCT scan show whether I need a bone graft?
CBCT imaging can help identify areas of limited bone volume, such as a narrow ridge or reduced height, that may suggest grafting is worth discussing. The final decision still depends on the clinical exam, the planned restoration, and the patient’s overall treatment goals, not the imaging alone.
Can CBCT measure jawbone density?
CBCT can provide information about bone architecture, cortical and trabecular patterns, and relative quality, but its grayscale values are not the same as standardized medical CT density measurements. Bone quality is ultimately assessed through a combination of imaging findings and clinical judgment.
What is guided dental implant surgery?
Guided implant surgery uses a patient-specific surgical guide to help transfer a digitally planned implant pathway into the mouth. Depending on the system used, the guide can help direct the implant’s position, angle, or depth during the drilling and placement stages of treatment.
Does guided implant surgery guarantee accurate placement?
No. Guided planning supports an accurate transfer of the digital plan, but scan quality, how well the guide fits and seats, and the clinical conditions encountered during surgery can all still affect the final result. Clinical judgment remains an essential part of the process throughout.
Can guided surgery eliminate bone grafting?
No. Guided surgery does not replace a missing jawbone that isn’t there to begin with. It may help the dentist use available bone more strategically in some selected cases, potentially reducing the need for grafting, but grafting may still be necessary depending on the anatomy involved.
Is a CBCT scan painful?
No. The scan requires positioning and holding still for a short period, but it is a non-invasive imaging procedure and involves no surgical steps, injections, or contact from the X-ray beam itself. Most patients find the experience quick and straightforward.
Does a CBCT scan use more radiation than a regular dental X-ray?
Generally, yes. Dental CBCT typically involves more radiation than conventional two-dimensional dental X-rays, though usually less than a medical CT scan. Because of this, the scan should always be justified by a clear clinical need rather than ordered as a routine step.
Can CBCT be used to plan All-on-4 dental implants?
CBCT can map full-arch bone availability and surrounding anatomy to support implant distribution and angulation planning across the entire jaw. Imaging alone does not establish candidacy for All-on-4 treatment, since that determination also depends on the clinical examination and the patient’s overall oral health.
Can a surgical guide be 3D printed?
Digital guide designs can be manufactured through validated 3D-printing workflows, though the specific manufacturing process and provider can vary by case. Whether a guide is printed in-house or produced through an outside lab depends on the practice’s confirmed workflow for that treatment.
Can old CBCT scans be reused for implant planning?
It depends. Whether an existing scan remains diagnostically useful depends on how much the patient’s anatomy or treatment plan has changed since it was taken. The dentist will evaluate whether a previous scan is still suitable or whether new imaging is needed at your consultation.
