For patients who have lost — or are losing — most or all of their teeth, full-arch dental implants are the most clinically proven path back to a fixed, functional, natural-feeling smile. Performed by a board-certified oral and maxillofacial surgeon, in three appointments, at one transparent price.
Three patient profiles that lead the great majority of full-arch consultations at Elite Oral Surgery.
You've worn full or partial dentures for years. They've never quite worked the way you'd hoped. You avoid certain foods. You worry about them shifting. Adhesive doesn't really fix it. You've heard about implants from a friend, a family member, or a TV ad — and you're starting to wonder if you missed the window.
Your dentist has been recommending crowns, root canals, and extractions for years. Some of the work is now failing. Your mouth feels like a project that never ends, and the cumulative cost is starting to exceed what a permanent solution would cost. You're tired of the constant repair cycle.
An accident, a sudden infection, or the discovery of advanced periodontal disease has left you facing the prospect of full extractions. The thought of dentures — at your age — feels wrong. You want a permanent answer that doesn't involve a plate of plastic in your mouth.
A full-arch dental implant procedure replaces all the teeth in one or both jaws using a small number of strategically placed titanium implants — typically four to six per arch — that anchor a single fixed prosthetic bridge. The result functions and feels like a complete set of natural teeth.
The fundamental difference from removable dentures is biomechanical. Conventional dentures sit on top of the gum tissue, held in place primarily by suction and adhesive. They shift, slip, and over years compress the underlying bone — which is why long-time denture wearers develop the characteristic sunken-jaw appearance. Full-arch implants, by contrast, are anchored in the jawbone itself. The titanium implants integrate with bone over a healing period of several months — a process called osseointegration — and then function as artificial tooth roots, transmitting normal chewing forces back into the bone the way natural teeth do. Bone preservation, rather than bone loss, becomes the long-term outcome.
The fixed prosthesis attaches to those integrated implants through a precision-machined titanium framework. It does not come out at night. It is not removed for cleaning. It is — for all practical purposes — a permanent set of teeth.
The All-on-4 protocol, developed by Dr. Paulo Maló in Lisbon and now the most widely-validated full-arch implant approach worldwide, places four implants per arch, with the two posterior implants angled forward (typically 30°) to maximize the use of available bone and avoid critical anatomical structures. This angled placement is what allows most patients to receive a full-arch reconstruction without the bone grafting that traditional vertical implant approaches would require. The All-on-6 variant uses six implants for additional support in patients with adequate bone or higher mechanical demands. Zygomatic implants — anchored in the cheekbone rather than the upper jaw — extend the protocol to patients with severe upper-jaw bone loss who would otherwise be considered ineligible.
The key insight, when comparing full-arch to other tooth-replacement approaches, is that this is a structural solution, not a cosmetic one. The implants do real biomechanical work — distributing chewing forces, preserving jawbone, supporting facial structure. The aesthetic improvement is a downstream consequence of the structural correction.
The right protocol is determined by your jawbone density, the location of nerves and sinuses, your bite forces, and your specific clinical situation. Selection happens at consultation, after 3D imaging.
Developed in 1998, the All-on-4 concept uses two anterior implants placed vertically and two posterior implants angled forward to maximize bone utilization and avoid the maxillary sinus and inferior alveolar nerve. The angled placement allows the posterior of the prosthesis to reach back to the molar region without requiring grafting in the back of the mouth — the longest-running validated approach in full-arch implantology.
Learn more about All-on-4 →Adds two additional implants per arch for distributed load bearing in patients with strong bite forces, a history of bruxism (teeth grinding), larger jaw structures, or specific clinical situations where the additional support is biomechanically warranted. Selection between All-on-4 and All-on-6 is a clinical decision made in consultation — not a price-tier upsell.
Learn more about All-on-6 →For patients with severe maxillary (upper-jaw) bone loss — often after years of denture wear — the zygomatic protocol places longer implants into the zygomatic arch (cheekbone) rather than the resorbed upper jaw. This is a more advanced surgical approach that requires specific oral and maxillofacial surgical training. Patients turned away as "non-candidates" by other practices are often candidates for this.
Learn more about zygomatic implants →Three appointments. Three months. Permanent zirconia at the end. Honest expectations about what each stage feels like.
The day starts with a final review of your surgical plan, IV sedation administration, and any necessary extractions of remaining failing teeth. The four to six implants are placed using digitally-planned positions established at your consultation. Total surgical time is approximately 2.5–3 hours per arch.
Once the implants are placed and stability is confirmed, a printed PMMA provisional bridge is seated the same day. This is a functional, aesthetic temporary that allows you to leave the office with teeth, eat soft foods, speak normally, and resume daily life. The provisional is not the final result — it is a placeholder while bone integrates with the implants over the following weeks.
You are home that afternoon. You will be drowsy from sedation and should have someone drive you. You'll receive detailed post-operative instructions, a course of antibiotics, pain management as appropriate, and a follow-up call within 24 hours.
By the eight-week mark, the implants have undergone substantial osseointegration with the surrounding bone. The provisional bridge has done its job — supporting your function and aesthetics during healing. Now we evaluate the prototype of your final prosthesis: a printed try-in version that lets you see, feel, and approve every design decision before the permanent zirconia is fabricated.
This visit is collaborative. We assess bite balance, speech patterns (particularly the "F" and "S" sounds, which are sensitive to anterior tooth position), tooth shape and shade, gum line aesthetics, and overall facial harmony. Adjustments are made as needed. Photos are taken for the laboratory.
Most patients leave this visit with a refined provisional that incorporates the agreed-upon adjustments — providing a few additional weeks of "test-driving" the final design before committing to it in zirconia.
The final zirconia bridge with titanium framework is delivered approximately 10 to 12 weeks after surgery. Zirconia is a high-strength ceramic — fracture-resistant, stain-resistant, biocompatible, and aesthetically indistinguishable from natural enamel when properly characterized. The titanium framework provides mechanical strength and connects precisely to your implants through machined attachment points.
The bridge is screwed into the implants — not cemented — which means it can be removed by Dr. Volland for cleaning, evaluation, or service if ever needed, but never by you. From your perspective, it is a permanent set of teeth.
This visit includes a final occlusal evaluation, polishing, hygiene instruction specific to implant-supported prostheses, and scheduling of follow-up care visits at 3, 6, and 12 months.
The single most common upcharge in full-arch implant pricing — across the corporate chains and many independent practices — is the upgrade from acrylic to zirconia for the final prosthesis. The upcharge typically runs $3,000 to $8,000 per arch. We don't do that.
Zirconia is a high-strength dental ceramic (yttria-stabilized tetragonal zirconia polycrystal, for the technically inclined) that has become the standard of care for full-arch fixed prostheses. It offers fracture resistance, stain resistance, color stability, biocompatibility, and an aesthetic translucency that approaches natural enamel. Properly fabricated zirconia bridges are designed to last decades.
The historical alternative is acrylic — a polymer-based material that is less expensive to fabricate, easier to repair, and somewhat lighter in weight. Acrylic has legitimate uses, particularly for provisional prostheses during the healing phase. As a permanent material, however, acrylic is more prone to wear, staining, fracture, and dimensional change over years of function. The published failure rates for acrylic full-arch prostheses are meaningfully higher than for zirconia equivalents.
Our position: if zirconia is the right material for the long-term outcome, it should be the standard included in the price — not a premium upgrade marketed to patients who don't fully understand the difference. Patients who want the long-term benefits of zirconia should not have to pay extra for them. Patients who, for specific clinical reasons, would benefit from acrylic (rare in our practice) receive transparent guidance on the tradeoff.
The full-arch reconstruction at Elite Oral Surgery uses zirconia as the final material on every standard case. The titanium framework is included. There are no material upcharges. If your treatment plan includes a non-standard material choice for clinical reasons, you'll know about it at consultation — in writing — before any surgical date is set.
An honest accounting. Most patients are candidates. Some aren't, and we'll tell you that at consultation rather than in the chair.
Most patients who reach a consultation are candidates. Bone deficiency that would have disqualified patients a generation ago is now manageable with bone grafting, sinus lifts, or zygomatic protocols.
Many of these are conditional, not absolute. A patient with controlled diabetes, a former smoker who has quit for 6+ months, or a patient cleared by a treating physician can usually still proceed. Some of these warrant a different protocol or staging approach. Each patient is evaluated individually.
Peer-reviewed longitudinal data on All-on-4 outcomes spans over two decades. Here are the numbers that matter.
The most cited longitudinal study of the All-on-4 protocol — Maló et al., published in JADA in 2011 — followed 245 patients with 980 mandibular implants for up to 10 years. The cumulative implant survival rate was 94.8%, meaning roughly 5 of every 100 individual implants required replacement or modification over a decade. Critically, prosthesis survival was 99.2% — the bridges themselves rarely failed, even when individual implants were lost.
The 2019 follow-up study by the same research group extended the observation window to 10–18 years, with 471 patients and 1,884 implants. Implant survival at this longer horizon was 93.0% with 91.7% success (a stricter metric requiring the absence of complications), and prosthesis survival remained at 98.8%. To put that in plain language: the great majority of patients who received this treatment 18 years ago still have a functional, intact, fixed prosthesis today.
These outcomes are comparable to — and in some cases better than — the survival rates of natural teeth that have undergone extensive restorative or endodontic treatment. Full-arch implant therapy is not an experimental procedure or a recent innovation. It is a clinically validated approach with two decades of published outcomes data.
It's worth being honest about what these numbers don't tell you. Survival data describes whether the implant remained in the bone and the prosthesis remained functional — not whether every patient was equally satisfied with their cosmetic outcome, every implant was free of minor inflammation, or every patient followed the recommended hygiene protocol. Reality is messier than the headline statistics. But the structural durability of this approach is well documented.
Most full-arch programs don't include a risks section because it makes patients hesitate. We include one because intelligent decisions require complete information.
An individual implant can fail to integrate with the bone or can lose integration over time. Most implant failures occur within the first year, often related to bacterial contamination, excessive load during healing, or pre-existing bone quality issues. Some failures occur years later, typically associated with peri-implantitis (a form of inflammation similar to gum disease around natural teeth) or biomechanical overload.
Because the All-on-4 protocol is designed with redundancy — the prosthesis is supported by four implants, but engineered to remain stable if one is lost — a single implant failure rarely means the loss of the prosthesis. Replacement of a failed implant is a relatively minor procedure compared to the original surgery.
Mitigation: Thorough pre-surgical bone evaluation, careful implant selection and placement, adherence to post-op protocols, smoking cessation, and 6-month maintenance visits.
Infection at the surgical site can occur in the days or weeks following surgery. Signs include increasing pain after the first 72 hours, persistent swelling, fever, drainage, or a bad taste in the mouth. Most post-operative infections are minor and respond to antibiotics. Severe infections can require additional procedures or, rarely, removal of an affected implant.
Mitigation: Sterile surgical technique, prophylactic antibiotics, detailed post-op instructions, and close follow-up in the first two weeks.
Implants placed in the upper jaw must be carefully positioned to avoid the maxillary sinus. Inadvertent perforation of the sinus floor is possible during placement and is usually managed at the time without long-term consequence. In rare cases, sinus issues — chronic sinusitis, oroantral communications — can develop and require additional treatment.
Mitigation: 3D Cone Beam CT imaging to map sinus anatomy precisely. Conservative implant length selection. Sinus lift performed where indicated rather than aggressive vertical placement.
The inferior alveolar nerve runs through the lower jaw and provides sensation to the lower lip and chin. Implants placed too close to this nerve can cause temporary or, rarely, permanent altered sensation — typically numbness, tingling, or burning sensation in the lip or chin region. Most nerve-related symptoms resolve within weeks to months. Permanent nerve injury is uncommon with proper planning.
Mitigation: 3D imaging to identify the precise nerve location. Surgical planning that maintains adequate safety margins. Use of guided surgical templates when indicated.
Even high-strength materials can fracture under sufficient force. Patients with severe bruxism (clenching or grinding) place exceptional load on the prosthesis and are at higher risk for both fracture and accelerated wear. Most prosthesis fractures are repairable. Severe damage may require fabrication of a replacement.
Mitigation: Night guard for bruxism patients (included in your treatment plan if indicated). Regular evaluation of the prosthesis at maintenance visits. All-on-6 protocol selected when high-load distribution is needed.
IV sedation and general anesthesia carry inherent risks including reactions to medications, respiratory depression, and rare cardiovascular events. These risks are dramatically lower in healthy patients than in those with significant cardiac, pulmonary, or other systemic conditions. Anesthesia risk is formally evaluated using the American Society of Anesthesiologists (ASA) physical status classification system.
Mitigation: Comprehensive pre-operative medical history. Medical clearance from your physician for relevant conditions. In-house monitoring during sedation by an oral surgeon trained in hospital-based anesthesia. Resuscitation equipment and protocols on-site.
Some marginal bone loss around implants is normal and expected. Excessive bone loss — typically associated with peri-implantitis — can compromise long-term stability and is most commonly driven by inadequate oral hygiene, smoking, and poorly controlled diabetes. The published literature shows mean marginal bone loss of approximately 1.5 to 2 mm over the first decade in well-maintained patients.
Mitigation: Daily home care with water flosser and implant-specific brushes. Six-month professional maintenance with implant-trained hygienist. Smoking cessation. Glycemic control for diabetic patients.
All risks are reviewed in detail with each patient at consultation, prior to scheduling, and again as part of the formal informed consent process before surgery. The figures cited reflect general published rates in the implant dentistry literature; individual risk varies significantly based on medical history, anatomy, and behavior factors.
Full-arch implants are right for many patients but not all. Here is how they compare to the alternatives — including doing nothing.
Conventional dentures remain the most affordable option upfront and are appropriate for patients who cannot or do not wish to pursue implant therapy. They are not, however, equivalent to natural teeth or implant-supported alternatives in function. Most patients with conventional full dentures eat at 30–50% of natural chewing efficiency. Long-term denture wear progressively resorbs the underlying jawbone, which is why long-term denture wearers develop the characteristic facial collapse appearance.
Implant-supported overdentures use two to four implants per arch to retain a removable denture that snaps on and off. This is a meaningful improvement over conventional dentures — better retention, less slippage, less adhesive — but it remains a removable prosthesis. For patients who specifically want the cost-savings of fewer implants but better function than conventional dentures, this is a valid middle path.
Individual implants for each tooth would be the theoretically ideal restoration but is rarely the right approach for full-arch reconstruction. The cost is typically 3-5x higher than full-arch protocols, the surgical complexity is greater, and the biomechanical advantage over a properly executed All-on-4 is minimal. We do not recommend this approach for most full-arch candidates.
Doing nothing is sometimes the right choice — particularly for patients with serious systemic health concerns, severely limited resources, or strongly held preferences against surgery. We respect that decision when patients reach it after full information. We do not, however, allow patients to "do nothing" without first understanding the long-term consequences: accelerated bone loss, increasing functional limitation, deteriorating remaining teeth, and often a much higher cumulative dental cost over a decade as failing teeth are addressed one at a time.
The titanium implants themselves are designed as a lifetime solution and have demonstrated 18+ years of survival in published peer-reviewed studies, with implant survival rates above 90% at the longest follow-up windows currently available. The zirconia prosthesis is engineered for decades of service.
That said, full-arch implants are not "set and forget." They require the same kind of professional maintenance that natural teeth do — six-month hygiene visits, attention to peri-implant health, occasional adjustments. Over very long timelines (20+ years), components like screws may need replacement and the prosthesis may eventually warrant refurbishment. The implants themselves, however, are typically permanent.
The surgery itself is performed under IV sedation — patients are not aware of the procedure. Post-operative discomfort is typically described as moderate, well-controlled with prescribed medication, and substantially less than patients anticipate. Most patients are surprised at how manageable the recovery is.
The first 48–72 hours are the most uncomfortable. Swelling peaks around day 3–4 and resolves over the following week. By day 5–7, most patients have returned to non-strenuous work and normal activities. Full bone integration takes 8–12 weeks but does not involve ongoing pain or restriction during that window.
No. The same-day provisional bridge is seated on the day of surgery — you leave the office with teeth and walk into the rest of your life with them. You will not be without teeth at any point during the treatment process. The only transition is from your provisional bridge (immediate, printed PMMA) to your final zirconia bridge (week 10–12).
Yes — and this is one of the most common patient profiles we see. Long-term denture wear causes progressive bone loss, but most patients still have adequate bone for the All-on-4 protocol, particularly with the angled posterior implant placement that defines this approach.
For patients with severe bone loss after very long denture wear, the zygomatic protocol places implants in the cheekbone rather than the resorbed upper jaw — meaning patients who have been told they "aren't candidates" elsewhere often are candidates here.
The honest answer comes from 3D imaging at consultation, not from any prior practitioner's assessment. Patients we see who have been turned away elsewhere are evaluated fresh.
Patients facing the prospect of full extractions can have their remaining teeth removed and the implants placed in a single surgical visit. This is a routine workflow and avoids the need for a separate extraction surgery followed by months of healing before implant placement. The All-on-4 protocol was designed precisely for this scenario — immediate function, single surgery.
For patients with stable remaining teeth in one arch and full edentulism in the other, single-arch full-arch reconstruction is also possible, with the option to address the second arch later if needed.
The All-on-4 protocol was specifically designed to use existing bone density and avoid major bone grafting procedures. The angled placement of the posterior implants captures available bone in the front portion of the jaw rather than requiring vertical bone augmentation in the back.
Most patients require no significant bone grafting beyond minor socket preservation when teeth are extracted. Patients with substantial bone loss may need adjunct procedures — sinus lifts, ridge augmentation, or alternative protocols like zygomatic implants. This determination happens at consultation, with 3D imaging and a written treatment plan, before any surgical date is scheduled.
Yes — and this is one of the most consistent patient comments months and years after the procedure. Patients who lived with dentures for years often report that they had forgotten what eating without thinking about it felt like. Steaks, apples, corn on the cob, nuts — foods that conventional dentures cannot manage — are routine for full-arch implant patients.
During the initial 6–8 week osseointegration phase, a soft food diet is required to protect the healing implants. After integration is complete and the final zirconia is delivered, normal diet resumes.
Daily care involves a water flosser (essential — traditional flossing doesn't reach under the prosthesis), implant-specific brushes for the gum-line, and a soft-bristle toothbrush. The prosthesis itself does not develop cavities, but the gum tissue and implant interfaces require diligent cleaning to prevent peri-implantitis.
Six-month professional cleanings with a hygienist trained in implant maintenance are not optional. Skipping them is the most common cause of late-stage complications. We coordinate this care alongside our patients' general dentists.
"All-on-X" is a generic umbrella term covering the entire family of implant-supported full-arch protocols — All-on-4, All-on-5, All-on-6, and zygomatic variants. The "X" stands for the number of implants used.
All-on-4 is the most studied and most commonly performed approach. All-on-6 adds two additional implants for cases where greater biomechanical support is indicated (severe bruxism, high bite forces, larger jaw structures). The selection between protocols is a clinical decision made at consultation based on your specific anatomy and bite mechanics.
Three structural differences. First, Elite is led by a board-certified oral and maxillofacial surgeon. ClearChoice partners with a surgeon at each location but uses a multi-doctor model where the surgeon you meet may not be the surgeon who treats you. Smile Now's lead doctor is a general dentist with implant continuing education, not a board-certified OMS.
Second, Elite is independently owned and single-doctor. ClearChoice is owned by Aspen Dental Management Inc., which is private-equity-controlled. Independence affects both pricing structure and how the patient is treated (no high-pressure sales process, no quotas).
Third, Elite publishes pricing transparently. Both ClearChoice and Smile Now require a consultation visit before sharing pricing. We don't.
3D Cone Beam imaging. A written treatment plan with exact pricing. A direct conversation with Dr. Volland about whether full-arch implants are the right answer for your situation. No obligation. No referral required.
Schedule Your ConsultationSurvival rate citations on this page reflect the most cited longitudinal studies in the All-on-4 literature. Patient outcomes vary by individual circumstance, anatomy, behavior, and adherence to maintenance protocols.