Closing Gaps with Permanent, Non-Removable Bridges
A dental bridge replaces one or more missing teeth by attaching artificial teeth (pontics) to crowns cemented on the adjacent natural teeth (abutments). The result is a fixed, non-removable restoration that looks, feels, and functions like natural teeth. At ADSC, bridge design begins with CBCT evaluation of the abutment teeth — root length, bone support, and structural integrity must be sufficient to carry the additional load of the missing tooth replacement.
Bridge engineering follows specific biomechanical principles. Ante's Law requires that the combined root surface area of the abutment teeth exceeds that of the teeth being replaced. A three-unit bridge replacing one molar distributes approximately 150% of normal bite force onto each abutment — the abutments must be healthy enough to handle this increased load long-term. CBCT imaging provides the data needed to verify this before any tooth preparation.
Material selection for bridges follows the same evidence-based criteria used for individual crowns, with additional consideration for connector strength. The connector — the junction between the pontic and abutment crowns — is the weakest point in any bridge. Minimum cross-sectional dimensions of 9mm² for posterior zirconia connectors and 16mm² for lithium disilicate ensure adequate fracture resistance. These engineering specifications are built into every bridge fabricated for our Beaverton patients.
Serving Beaverton, Aloha, Hillsboro & Washington County
Aloha Dental Specialty Center is located at 18455 SW Alexander St, Suite B, in Beaverton, Or Oregon. We serve patients from across the Tualatin Valley and greater Portland metro, including Aloha, Hillsboro, Tigard, Lake Oswego, and Tualatin. Our Beaverton office is a 5-minute drive from Aloha, 10 minutes from Hillsboro, and 15 minutes from Tigard via SW 185th Avenue.
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Intel Campuses (Ronler Acres & Jones Farm)
10 to 15 minutes via NW 185th Ave. We accommodate the schedules of tech professionals who need efficient, high-quality specialty care.
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Nike World Headquarters
About 8 minutes via SW Baseline Rd. We frequently see patients from the Nike campus for surgical and implant procedures with sedation options.
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Streets of Tanasbourne & Orenco Station
Easily accessible via US-26 and NW 185th. Local general dentists in these communities regularly refer patients to us for specialty procedures.
Why Local Dentists Refer to Us
We work as a trusted partner to general dentists throughout the Tualatin Valley. When cases require CBCT-guided planning, IV sedation, bone grafting, or other advanced procedures, local providers refer to Dr. Ostovar for his experience with implant procedures and predictable results.
We handle the procedures within our scope and coordinate closely with your general dentist for smooth continuity of care from start to finish.
Office hours: Mon–Fri 8 AM–5 PM (Thu & Fri until 6 PM), Sat 8 AM–2 PM
Understanding Your Investment
At Aloha Dental Specialty Center, we provide transparent pricing before any treatment begins. The cost of your procedure depends on clinical complexity, materials used, and sedation requirements. We walk you through every line item during your consultation so there are no surprises.
What Affects Cost:
- Clinical Complexity: Bone loss, sinus proximity, nerve involvement, or the need for grafting affects treatment planning and surgical time.
- Materials: We use research-backed implant systems, purified bone graft matrices, and high-strength ceramics from established manufacturers.
- Sedation: Options range from local anesthesia to IV sedation, each with different associated costs. We discuss the best option for your comfort and procedure.
Insurance & Financing
We accept most major dental insurance plans and file claims on your behalf. Our team verifies your benefits before treatment and submits pre-treatment estimates with clinical documentation to maximize coverage.
For out-of-pocket costs, we partner with CareCredit and Cherry for flexible payment plans. We also offer our ADSC Dental Savings Plan for patients without insurance.
Recovery & Healing Timeline
Understanding the healing process helps you plan ahead and follow post-operative instructions for the best possible outcome.
First 48 Hours
Mild swelling and tenderness are normal. Apply ice packs in 20-minute intervals and take prescribed or over-the-counter anti-inflammatory medication. Eat soft foods and avoid the surgical site when chewing.
Days 3 to 7
Swelling peaks around day three and then improves. The tissue begins closing over the surgical site. Continue with soft foods and use any prescribed antimicrobial rinse. Most patients return to normal activities during this phase.
Long-Term Healing
Surface tissue heals within two to three weeks. Bone integration and deep healing continue for three to six months. Avoid smoking, follow up as scheduled, and maintain good oral hygiene throughout recovery.
Questions during recovery? Call us at (503) 822-0096. We are available for post-operative concerns.
Structural Engineering Principles in Bridge Prosthetics
Fixed dental bridges function as beam structures subject to three-point bending forces. The pontic spans the edentulous space like a beam between two supports (abutments), with maximum stress concentrated at the connectors. Zirconia frameworks resist these forces through transformation toughening — stress-induced tetragonal-to-monoclinic crystal phase transformation absorbs crack propagation energy. Finite element analysis studies demonstrate that connector cross-section, pontic span length, and abutment root morphology are the three most critical variables determining bridge survival. Modern CAD/CAM fabrication optimizes connector geometry based on these principles, achieving 10-year survival rates exceeding 90% for three-unit posterior zirconia bridges.
Why Choose ADSC?
Dr. Ostovar and Dr. Gvozden evaluate every bridge case at ADSC with CBCT imaging, digital occlusal analysis, and periodontal assessment of abutment teeth. This comprehensive approach identifies risk factors before treatment begins and ensures each bridge is engineered for long-term function.
Your Dental Bridge Restoration Treatment Steps
- Consultation & Exam: Comprehensive dental bridge restoration evaluation with CBCT 3D imaging at our Beaverton office.
- Treatment Plan: Our experienced dental team discusses your dental bridge restoration options, timeline, and costs. We use advanced 3D imaging and evidence-based protocols across general dentistry, endodontics, and pediatric care.
- Treatment: Procedure performed with comfort options including sedation if needed.
- Follow-Up: Post-treatment monitoring and care coordination for best healing.
Schedule Your Appointment Today
Book a consultation with our team at Aloha Dental Specialty Center in Beaverton, OR. Call (503) 822-0096 Office hours: Monday through Friday 8 AM to 5 PM (until 6 PM Thursday and Friday), Saturday 8 AM to 2 PM. or request an appointment online.
Related Services at Aloha Dental Specialty Center:
Dental Implants · Oral Surgery · Root Canal · Invisalign · Periodontics · Pediatric · TMJ Treatment · Sedation · Cosmetic · Emergency · Sleep Apnea
A Note from Your Dental Team
In my experience, the patients who get the best results from dental bridge restoration are those who come in with realistic expectations and follow their post-treatment instructions carefully. I’d rather spend extra time explaining what to expect than have a patient be surprised later.
“Every patient I see has a different story, a different set of concerns, and a different definition of what ‘success’ looks like. That’s why I don’t believe in one-size-fits-all treatment plans. When you come in for a consultation, I’ll listen first, examine second, and recommend third.
I also won’t recommend a procedure you don’t need. If your tooth can be saved with a filling instead of a crown, I’ll tell you that. If watchful waiting is appropriate, I’ll explain why. My job isn’t to sell treatment — it’s to give you my honest clinical judgment so you can make an informed decision.
If you have questions about whether this treatment is right for you, or if you’ve been told you need this procedure by another dentist and want a second opinion, call us at (503) 822-0096. We’re happy to take the time to explain everything — no rush, no pressure.”
— Dr. Merat Ostovar & Dr. Jovan Gvozden | Aloha Dental Specialty Center, Beaverton, OR
I know many patients feel anxious about dental procedures — you’re not alone in that. What I hear most often after treatment is: “That was so much easier than I expected.” We’re here to make this as comfortable as possible for you.
Typical Healing Timeline:
Days 1-3: Initial healing, mild swelling managed with ice and medication. Days 4-7: Swelling subsides, gradual return to normal diet. Weeks 2-4: Soft tissue heals completely. Months 2-6: Bone remodeling and full integration (for surgical procedures). Individual recovery varies — we provide detailed post-op instructions specific to your procedure.
For additional clinical information, visit the American Dental Association (ADA).
Last reviewed: March 2026. Clinical information on this page reflects current evidence-based dental practices.
Related Dental Services
Frequently Asked Questions
A conventional bridge typically replaces one to two missing teeth. Longer spans (three or more pontics) are less predictable because lever forces increase exponentially with span length. For replacing multiple teeth, implant-supported solutions often provide better long-term outcomes than long-span conventional bridges.
Well-designed bridges last 10 to 20 years. The most common reasons for bridge failure are decay on the abutment teeth, periodontal disease affecting abutment support, and ceramic fracture at the connectors. Excellent oral hygiene, regular check-ups, and nightguard wear for grinders maximize bridge longevity.
Neither is universally superior. Bridges do not require surgery and can be completed in two to three weeks. Implants preserve adjacent teeth (no preparation needed) and prevent bone resorption in the edentulous site. The best choice depends on the condition of the adjacent teeth, bone volume, medical history, and patient preference. Both options are discussed during your consultation.
The abutment teeth are fully anesthetized during preparation. The procedure is comfortable and similar to receiving two crowns simultaneously. Post-preparation sensitivity is mild and resolves within a few days. IV sedation is available for patients who prefer it.
A floss threader or specialized bridge floss (such as Superfloss) passes beneath the pontic to clean the tissue surface and the sides of the abutment crowns. Interdental brushes also work well. Water flossers effectively flush debris from beneath the pontic. Daily cleaning under the bridge prevents decay on the abutments — the most common reason bridges fail.
An immediate bridge can be placed on the day of extraction in some cases, though it is typically a provisional (temporary) bridge. The definitive bridge is fabricated after the extraction site heals and the tissue stabilizes — usually 8 to 12 weeks. This two-stage approach produces better fit and tissue adaptation.
A Maryland bridge (resin-bonded bridge) uses thin metal or ceramic wings bonded to the back surfaces of adjacent teeth rather than full crown preparations. It is minimally invasive — no significant tooth reduction required. Maryland bridges work well for replacing a single anterior tooth when the adjacent teeth are healthy and intact. They are not suitable for high-force posterior areas.
A three-unit ceramic bridge at ADSC costs approximately $3,600 to $5,400 (three crowns). Insurance typically covers bridges at 50% after the deductible. The total cost depends on the number of units, material selection, and case complexity. A detailed estimate is provided after the diagnostic evaluation.
Initially, the bridge may feel slightly different — the connected units lack the individual movement of natural teeth (each natural tooth has slight independent mobility within the periodontal ligament). Most patients adapt within one to two weeks and report the bridge feels completely natural during eating and speaking.
Bone resorption occurs in the extraction site because the bone no longer receives stimulation from a tooth root. This resorption continues gradually over years and causes the tissue beneath the pontic to recede. Implants prevent this resorption by providing root-like stimulation. This bone preservation advantage is one reason implants may be preferred when the clinical situation allows.
A failed bridge is sectioned (cut) off the abutment teeth. If the abutment teeth remain structurally sound and periodontally healthy, a new bridge can be fabricated. If one or both abutments have developed significant decay or fracture beneath the old bridge, additional treatment (root canal, crown lengthening, or extraction) may be needed before a new bridge or alternative solution is possible.
Missing posterior teeth cause functional problems regardless of visibility. Adjacent teeth drift into the gap. The opposing tooth over-erupts into the empty space. Bite forces redistribute onto remaining teeth, increasing their fracture risk. Replacing missing posterior teeth maintains arch integrity and protects your remaining dentition.
A cantilever bridge supports the pontic from one side only — one abutment tooth rather than two. This design generates greater use on the single abutment and is limited to low-force areas (typically replacing a lateral incisor with a canine abutment). Cantilever bridges are not recommended in posterior regions where bite forces are highest.
Laboratory-fabricated bridges require 10 to 15 business days from the impression appointment. During this time, the dental lab creates a wax model, presses or mills the ceramic framework, layers and stains the porcelain, and verifies fit on the stone model. A well-fitting temporary bridge protects the prepared teeth during this period.
Periodontal disease must be stabilized before bridge placement. Active gum disease causes bone loss around the abutment teeth — placing a bridge on compromised abutments leads to early failure. Periodontal treatment (scaling and root planing, possible surgery) restores tissue health first. Once stable, bridge treatment can proceed with appropriate abutment selection.