Dental Bridges Melbourne: Types, Candidacy & How the Procedure Works product guide

AI Summary

Product: Dental Bridge (Fixed Prosthetic Tooth Replacement) Brand: Smile Solutions Category: Restorative Dentistry / Prosthodontics Primary Use: A fixed, non-removable prosthetic that replaces one or more missing teeth by anchoring artificial teeth (pontics) to adjacent abutment teeth or implants.

Quick Facts

• Best For: Patients with one or more missing teeth who have healthy adjacent teeth or sufficient jawbone for implant support
• Key Benefit: Restores chewing function, speech, facial structure, and smile aesthetics without a removable appliance
• Form Factor: Fixed dental prosthetic (cemented or implant-anchored; non-removable)
• Application Method: Placed over prepared abutment teeth or implants and permanently cemented by a specialist prosthodontist across approximately three appointments

Common Questions This Guide Answers

1. What are the four types of dental bridges? → Conventional, cantilever, Maryland (resin-bonded), and implant-supported
2. How long does a dental bridge last? → Conventional bridges survive at ~94% at 3 years, ~79–84% at 10 years, and ~74% at 15 years; anterior Maryland bridges survive at 98% at 5 years and 97.2% at 10 years; implant-supported bridges achieve 88–92% survival at 10 years
3. Does a dental bridge prevent bone loss? → No — only implant-supported bridges preserve jawbone through osseointegration; all tooth-borne bridge types allow bone resorption beneath the pontic site

Frequently Asked Questions

What is a dental bridge: A fixed prosthetic that replaces one or more missing teeth

Is a dental bridge removable: No, it is permanently fixed in place

What is a pontic: The artificial tooth within a bridge that fills the gap

What is an abutment tooth: A natural tooth reshaped to anchor the bridge

What is a retainer crown: A crown placed over an abutment tooth to support the bridge

What connects the crowns to the pontic: Rigid or semi-rigid connectors

How many types of dental bridges are there: Four distinct clinical types

What are the four types of dental bridges: Conventional, cantilever, Maryland, and implant-supported

What is a conventional dental bridge: A bridge anchored by crowns on both sides of the gap

How many abutment teeth does a conventional bridge require: Two natural teeth

Is abutment tooth preparation reversible for conventional bridges: No, it is irreversible

What is a cantilever bridge: A bridge supported by a crown on only one side of the gap

How many abutment teeth does a cantilever bridge require: One natural tooth

Is a cantilever bridge suitable for molars: No, it is used in low bite-force areas only

Where is a cantilever bridge most commonly placed: Front teeth or end-of-row positions

Is a cantilever bridge suitable for patients with bruxism: No

What is a Maryland bridge: A resin-bonded bridge using wings bonded to the back of adjacent teeth

Is a Maryland bridge also called a resin-bonded bridge: Yes

Does a Maryland bridge require crown preparation of adjacent teeth: No

Where was the Maryland bridge developed: University of Maryland, early 1980s

Is a Maryland bridge suitable for back teeth: No, anterior region only

What is the 5-year survival rate of anterior Maryland bridges: 98%

What is the 10-year survival rate of anterior Maryland bridges: 97.2%

What is the long-term survival rate of Maryland bridges at 12–21 years: 95.1%

What is the main risk of a Maryland bridge: Debonding of the wings under stress

What is an implant-supported bridge: A bridge anchored by titanium implants instead of natural teeth

Does an implant-supported bridge require preparation of adjacent natural teeth: No

Does an implant-supported bridge preserve jawbone: Yes, through osseointegration

How many missing teeth suit an implant-supported bridge: Three or more in a row

How long does osseointegration take: Three to six months on average

What is the 3-year survival rate of conventional bridges: Approximately 94%

What is the 5-year survival rate of conventional bridges: 89% to 91%

What is the 10-year survival rate of conventional bridges: 79% to 84%

What is the 15-year survival rate of conventional bridges: Approximately 74%

What is the 10-year survival rate of implant-supported bridges: 88% to 92%

What is the leading cause of conventional bridge failure: Caries at the abutment teeth

Does a conventional bridge prevent bone resorption beneath the pontic: No

Does a Maryland bridge prevent bone resorption: No

Does a cantilever bridge prevent bone resorption: No

What percentage of horizontal bone loss occurs at extraction sites within six months: 29% to 63%

Who plans bridge treatment at Smile Solutions: Board-registered specialist prosthodontists

Do general dentists perform bridge treatment at Smile Solutions: No, specialists do

Is a referral required to book at Smile Solutions: No

How many clinicians does Smile Solutions have: 60 or more

How many board-registered specialists does Smile Solutions have: 25 or more

How many patients has Smile Solutions treated: Over 250,000

When was Smile Solutions established: 1993

Where is Smile Solutions located: Level 8, 220 Collins Street, Melbourne CBD

What is the phone number for Smile Solutions: 13 13 96

How many appointments are typically needed for a conventional bridge: Approximately three appointments

What happens at the first bridge appointment: Comprehensive assessment and treatment planning

What happens at the second bridge appointment: Abutment preparation, impressions, and temporary bridge placement

How long does laboratory fabrication of a bridge take: Approximately two to four weeks

What happens at the third bridge appointment: Try-in, fit check, and permanent cementation

Is a temporary bridge placed while the permanent one is made: Yes

What imaging is taken before bridge placement: Periapical and panoramic radiographs

Does Smile Solutions use digital intraoral scanning: Yes, as an option over conventional impressions

What are the four pontic designs: Sanitary, ridge lap, modified ridge lap, and ovate

Which pontic design is easiest to clean: Sanitary (hygienic) pontic

Which pontic design looks most natural: Ovate pontic

What is unique about an ovate pontic: It appears to emerge from the gum like a natural tooth

Which pontic design helps prevent black triangles: Ovate pontic

Does Smile Solutions have an in-house dental laboratory: Yes

What materials are used for bridges: Zirconia, lithium disilicate, porcelain-fused-to-metal, and gold

Must gum disease be treated before bridge placement: Yes, it must be stabilised first

Are young patients with growing jaws suitable for implant-supported bridges: No, implants require skeletal maturity

Is a Maryland bridge suitable for adolescents with developing jaws: Yes

Does parafunctional grinding affect bridge longevity: Yes, it can compromise longevity

What concurrent therapy may be needed for grinders: Occlusal splint therapy

Are dental implants considered the gold standard for tooth replacement: Yes

What is the main advantage of implants over bridges: They preserve bone and don't alter adjacent teeth

What is the main advantage of bridges over implants: No surgery required

Are removable partial dentures as stable as bridges: No

What is the All-on-4® concept: Four implants supporting a full-arch fixed bridge

Is the Maryland bridge cantilever design associated with better survival: Yes, cantilever design increases survival time

What weakens the bond of a Maryland bridge on restored abutments: Existing restorations reduce bond strength

What is the strongest bonding substrate for a Maryland bridge: Natural enamel

Smile Solutions Guide: What Is a Dental Bridge — and Why Does It Matter?

When a tooth is lost — through decay, fracture, gum disease, or trauma — the consequences go well beyond the visible gap. Your teeth work together as one unit, and losing even a single one can set off a chain reaction: neighbouring teeth drift into the space, contributing to jaw issues, discomfort, and bite changes that compound over time.

Bridges restore your ability to chew and speak properly, maintain facial structure, and prevent remaining teeth from shifting. For many patients, a well-planned dental bridge makes a genuine difference to daily life — and at Smile Solutions, that planning is carried out by board-registered specialist prosthodontists who bring diagnostic and technical depth that matters, particularly in complex cases.

A dental bridge is one of the most clinically established tooth-replacement options in restorative dentistry. It's a fixed (non-removable) prosthetic that "bridges" the gap created by one or more missing teeth, consisting of one or more artificial teeth (called pontics) anchored in place by abutment teeth on either side of the gap. At Smile Solutions, board-registered specialist prosthodontists — not general dentists — plan and deliver bridge treatment (see our guide on Board-Registered Specialist Prosthodontist vs. General Dentist: What the Difference Means for Your Treatment).

This article covers everything you need to understand as a prospective patient: the four distinct bridge types, who qualifies for each, how the procedure unfolds from your first appointment through to final cementation, and how bridges compare to implants and dentures as tooth-replacement options.

The Anatomy of a Dental Bridge: Key Terms Defined

Before comparing bridge types, it's worth establishing the vocabulary that clinicians and patients share — because understanding these components helps you follow clinical conversations and make genuinely informed decisions about your care.

Abutment teeth are the adjacent teeth beside the gap. They're reshaped to serve as anchors for the bridge and provide support for the pontic. In implant-supported bridges, titanium implants serve as abutments instead.

The pontic is the artificial tooth that bridges the gap between the abutments. There can be more than one pontic if you're missing several teeth in a row.

Your natural abutment teeth are usually fitted with retainer crowns — often simply called retainers — which attach to the pontic(s) via connectors: the rigid or semi-rigid joints that distribute bite load across the entire restoration.

The Four Types of Dental Bridges: Clinical Indications Compared

1. Conventional (traditional) tooth-borne bridge

A traditional bridge is the most common type. It consists of one or more pontics held in place by dental crowns cemented onto the abutment teeth on either side of the gap. Those abutment teeth are prepared (reshaped) to receive the crowns.

When is it clinically appropriate?

Traditional bridges work when you have healthy natural teeth on both sides of the gap. They're commonly recommended where there's significant biting force — such as the molars — because of their bilateral support structure.

The key clinical consideration is that traditional bridges require reduction of the abutment teeth, which is irreversible. Your specialist prosthodontist will weigh whether the adjacent teeth are already heavily restored — in which case crowning them as abutments may be entirely justified — or whether they're largely intact, in which case a more conservative option may better serve your long-term oral health.

Longevity: A systematic review with meta-analysis published by the National Institutes of Health (NIH) found a 3-year survival rate of approximately 94%, a 5-year rate of 89–91%, and a 10-year rate of 79–82%. A separate clinical follow-up study published in PubMed found overall survival of fixed metal ceramic bridge prostheses after 10 years was 84%, with longer bridges showing lower survival than shorter ones.

2. Cantilever bridge

A cantilever bridge is similar to a traditional bridge but is supported by a crown on only one side of the gap rather than both. The pontic extends from a single abutment tooth — structurally elegant but more load-sensitive.

When is it clinically appropriate?

Cantilever bridges are used when you only have natural teeth on one side of the gap. They're typically placed in areas with lower bite force — such as front teeth — and most commonly when the missing tooth is at the end of a row with only one suitable adjacent tooth available for support.

What limits it? Cantilever bridges aren't as strong as traditional bridges and should be avoided in patients with heavy bruxism, long spans, or high posterior chewing loads. The design alters how force distributes during biting and chewing — something your specialist prosthodontist will assess carefully before recommending this pathway.

3. Maryland (resin-bonded) bridge

A Maryland bridge — also called a resin-bonded or adhesive bridge — uses a metal or ceramic framework with wing-like extensions bonded to the back surfaces of the adjacent teeth. Unlike traditional and cantilever bridges, Maryland bridges don't require crowns on the abutment teeth, making them one of the most tooth-conservative options available.

When is it clinically appropriate?

Maryland bridges are typically used to replace front teeth. They're not strong enough to handle the chewing forces of back teeth, but in the anterior region they perform exceptionally well. Ideal candidates include patients replacing a single incisor or canine; younger patients whose jawbones are still developing, making them unsuitable for implants; adults with healthy, unrestored adjacent teeth who prefer to avoid drilling; and patients needing an interim restoration before implant placement.

Developed at the University of Maryland in the early 1980s, this design changed restorative dentistry by introducing a way to bond a replacement tooth without removing natural enamel. Early versions used metal wings; modern iterations often use porcelain or fibre-reinforced materials, improving both strength and aesthetics considerably.

The survival evidence is strong when properly indicated. A study published in the Australian Dental Journal (Abuzar et al., 2018) — conducted with the eviDent Foundation and the University of Melbourne — assessed 206 anterior resin-bonded bridges using Kaplan-Meier probability estimates and found an overall survival rate of 98% at 5 years, 97.2% at 10 years, and 95.1% from 12–21 years. A 2021 integrative review in the Japanese Dental Science Review confirmed that cantilever design tends to limit constraints on retainers and increases survival time, and that all-ceramic cantilever fixed partial dentures can be considered definitive therapy given their high success and survival rates.

The key limitation is debonding risk. If a wing loosens under stress, it may need re-bonding — manageable, but worth understanding before you commit. Your specialist prosthodontist will assess your occlusal forces carefully before recommending this design.

4. Implant-supported bridge

An implant-supported bridge rests atop dental implants rather than natural teeth. Implants are titanium posts surgically placed into the jawbone, serving as artificial roots — and they bring a biological advantage that tooth-borne bridges cannot replicate.

When is it clinically appropriate?

Implant-supported bridges are used when you have three or more missing teeth in a row, and they're particularly valuable when your adjacent teeth are healthy and untouched. There's no clinical justification for preparing sound teeth as abutments when implants can serve that role independently. Implant-supported bridges also address the bone-resorption problem that tooth-borne bridges cannot: when a root is removed, the body starts dissolving the bone it no longer considers necessary. A systematic review found 29–63% horizontal bone loss at extraction sites within just six months when nothing was placed to replace the root.

Timeline: Before attaching a bridge to implants, the implants must fully integrate (fuse) with the jawbone — a process that takes three to six months on average, sometimes longer depending on your individual situation.

For patients missing an entire arch, the All-on-4® concept — four implants supporting a full-arch fixed bridge — is the most advanced application of this principle (see our guide on All-on-4® Dental Implants at Smile Solutions: The Specialist-Led Approach to Full-Arch Replacement).

Bridge Type Comparison at a Glance

Sources: NIH NCBI Bookshelf (2024); Abuzar et al., Australian Dental Journal (2018); Kupka et al., Clinical Oral Investigations (2024)

Are You a Candidate for a Dental Bridge?

Candidacy assessment at Smile Solutions starts with a comprehensive clinical and radiographic evaluation. Your specialist prosthodontist will take the time to understand your full oral health picture before making any recommendations — because the right bridge depends on a range of interconnected factors.

Abutment tooth health is the first consideration. A bridge may not be appropriate if the nearby teeth aren't strong enough to support it. Gum disease, tooth decay, or jawbone loss may point toward implants as a better fit for your situation.

The number and location of missing teeth shapes which bridge type is clinically appropriate. There's no one-size-fits-all answer, which is precisely why specialist assessment matters.

Occlusal loading requires careful evaluation if you grind or clench your teeth. High parafunctional forces can shorten bridge life — particularly for Maryland and cantilever designs — and may require concurrent occlusal splint therapy (see our guide on How to Care for Crowns, Bridges & Dentures: A Prosthodontist-Approved Maintenance Guide).

Periodontal status is non-negotiable. Active gum disease must be treated and stabilised before bridge placement. Chronic periodontal inflammation around abutment teeth is one of the primary biological failure modes for conventional bridges — at Smile Solutions, treatment doesn't proceed until gum health is optimised.

Patient age and growth also matters. All-ceramic cantilever fixed partial dentures are well-suited to adolescents or young adults who may still be growing — a context where implants are contraindicated until skeletal maturity is confirmed.

Abutment Preparation and Pontic Design: The Clinical Details That Matter

Abutment tooth preparation

For conventional and cantilever bridges, your prosthodontist carefully reshapes the abutment teeth to accommodate the bridge — removing a portion of enamel to create space for the crowns that will anchor it. The precision of this process directly affects the stability and comfort of the final restoration.

For Maryland bridges, survival is reduced when abutment teeth are already restored. Bond strength is limited by the weakest adherent: enamel bonds best, whilst amalgam, dentine, and glass ionomer are considerably weaker. This is why your specialist prosthodontist evaluates existing restorations on adjacent teeth before recommending this design.

Pontic design: more than aesthetics

Pontic design affects both aesthetics and long-term hygiene — and it's an area where the expertise of a specialist prosthodontist working closely with a skilled ceramist makes a real difference. There are four principal designs used in contemporary prosthodontic practice.

The sanitary (hygienic) pontic doesn't contact the gum tissue, making it the easiest to clean but the least aesthetic. It's used primarily in posterior regions not visible when smiling.

The ridge lap pontic is shaped to sit on the soft tissue ridge, similar to a saddle over a horse's back. It looks natural but is more challenging to keep clean.

The modified ridge lap pontic is similar, but the saddle contact is limited to the front side of the pontic only, reducing the contact area on the back and improving hygiene whilst maintaining a full, natural appearance.

The ovate pontic works differently from the others. Rather than resting against the gum, it sits within a depression created in the gum ridge that mimics the shape of a natural root and crown. The false tooth appears to emerge from the gum tissue rather than simply resting on top of it. When used as an immediate replacement option, this design can support and maintain papillae tissues, helping prevent the appearance of "black triangles."

At Smile Solutions, the collaboration between your specialist prosthodontist and our in-house dental laboratory is particularly valuable at this stage. Our ceramist can customise pontic shape and surface texture with a precision that external laboratories can't match on a turnaround basis (see our guide on The Role of Smile Solutions' In-House Dental Laboratory in Prosthodontic Outcomes).

The Bridge Procedure: Step by Step

Understanding what to expect at each stage helps you feel confident and well-prepared. Here's how the bridge process unfolds at Smile Solutions.

Appointment 1 — Comprehensive assessment and treatment planning

Your specialist prosthodontist conducts a full clinical examination including periapical and panoramic radiographs, periodontal charting, and occlusal analysis. Digital impressions or study casts may be taken to plan the restoration. Bridge type, material, and pontic design are all determined at this stage, in close consultation with you.

Appointment 2 — Abutment preparation, impressions, and temporary bridge

Under local anaesthesia, the adjacent teeth are prepared for crowns by removing a small portion of enamel to make room for the anchoring crowns. Impressions are then taken and sent to the dental laboratory for fabrication. Whilst your permanent bridge is being made, a temporary bridge is placed to protect the exposed teeth and maintain function.

At Smile Solutions, this step may use digital intraoral scanning rather than conventional alginate impressions, improving accuracy and reducing discomfort. The temporary bridge also serves a diagnostic function — you can assess aesthetics, phonetics, and comfort before the final restoration is committed to.

Laboratory fabrication

The impressions are sent to our dental laboratory, where skilled technicians craft the bridge using durable materials designed to match the appearance and function of your natural teeth. Fabrication typically takes two to four weeks.

Material selection at this stage — zirconia, lithium disilicate (E.max), porcelain-fused-to-metal (PFM), or gold — depends on tooth position and bite load (see our detailed guide on Crown & Bridge Materials Compared: Zirconia, E.max, PFM & Gold — Which Is Best for Your Tooth?).

Appointment 3 — Try-in and final cementation

The temporary restoration is removed and any temporary cement cleaned away. The permanent restoration is tried on to check bite, fit, and appearance against your adjacent teeth. If everything looks right, permanent cement seals it in place.

Your prosthodontist will take an X-ray to confirm the fit before permanently attaching the bridge. For implant-supported bridges, additional appointments are needed to allow osseointegration before the prosthetic phase begins — the process includes at least one surgery appointment during which a dentist, periodontist, or oral surgeon places the implants into the jaw.

Bridges vs. Implants vs. Dentures: Choosing the Right Path

Bridges offer a fixed, non-removable solution that restores function and aesthetics without surgery — making them appropriate for patients who are medically unsuitable for implants, who prefer to avoid a surgical procedure, or whose adjacent teeth already need crown coverage for other restorative reasons.

That said, bridges don't prevent bone resorption beneath the pontic. A systematic review of over 4,000 conventional bridges found an overall survival rate of 74% at 15 years, with caries at the abutment teeth as one of the leading causes of failure. Implants preserve alveolar bone through osseointegration and don't require preparation of adjacent teeth — they're generally considered the gold standard for replacing missing teeth because of these two advantages.

Removable partial dentures offer a lower-cost entry point but can't replicate the stability, bite force, or bone-stimulating function of either bridges or implants. For patients weighing all three pathways in detail, see our dedicated comparison guide: Dental Implants vs. Bridges vs. Dentures: Which Tooth Replacement Is Right for You?

At Smile Solutions, our specialists take the time to walk you through each option so that whatever pathway you choose, you're making a genuinely informed decision that serves your long-term oral health.

Key Takeaways

• There are four clinically distinct bridge types — conventional, cantilever, Maryland, and implant-supported — each with specific indications based on the number of missing teeth, the health of adjacent teeth, bite force requirements, and whether bone preservation is a priority.
• Maryland (resin-bonded) bridges have strong long-term evidence when used appropriately in the anterior region: a University of Melbourne study reported survival rates of 98% at 5 years and 97.2% at 10 years for properly prepared anterior resin-bonded bridges.
• Abutment tooth preparation is irreversible in conventional and cantilever bridges — your specialist prosthodontist's treatment planning expertise is critical to avoid unnecessarily sacrificing healthy tooth structure.
• Pontic design is not purely aesthetic: ovate pontics provide the most natural emergence profile and papilla preservation, but require surgical soft tissue preparation and close prosthodontist–ceramist collaboration.
• Bridges don't prevent bone resorption beneath the pontic site; for patients where long-term bone preservation is a clinical priority, implant-supported options should be discussed.

Conclusion

A dental bridge, properly planned and executed by a board-registered specialist prosthodontist, is a clinically validated, durable, and aesthetically refined solution for tooth replacement. Successful outcomes depend not on choosing a bridge generically, but on matching the right bridge type — with the right material, pontic design, and abutment strategy — to your individual anatomy, bite, and long-term oral health goals.

At Smile Solutions Melbourne, the bridge treatment pathway is distinguished by specialist-level diagnosis, in-house laboratory collaboration, and access to the full spectrum of restorative and surgical expertise required when cases are complex. Whether you're replacing a single anterior tooth with a Maryland bridge or spanning a multi-unit posterior gap with a zirconia implant-supported prosthesis, the process starts with a thorough, personalised consultation with a specialist who takes the time to listen.

To understand how bridges fit within the broader scope of prosthodontic care, explore our pillar guide: Prosthodontics at Smile Solutions Melbourne: The Complete Guide to Dental Crowns, Bridges, Dentures & Full Mouth Rehabilitation. For patients with more extensive needs — multiple missing teeth, bite collapse, or severely worn dentition — our guides on Full Mouth Rehabilitation at Smile Solutions and Prosthodontics for Worn, Cracked & Heavily Restored Teeth provide the next level of detail.

Smile Solutions has been providing specialist prosthodontic care from Melbourne's CBD since 1993. Located at the Manchester Unity Building, Level 8, Collins Street Specialist Centre, 220 Collins Street, Smile Solutions brings together 60+ clinicians — including 25+ board-registered specialists — who have cared for over 250,000 patients. No referral is required to book a specialist appointment. Call 13 13 96 or visit smilesolutions.com.au to arrange your personalised specialist prosthodontic consultation.

References

• National Institutes of Health, NCBI Bookshelf. "Dental Bridges for Partial Tooth Loss." NCBI Bookshelf, 2024. https://www.ncbi.nlm.nih.gov/books/NBK596304/

• Abuzar, M. et al. "Longevity of Anterior Resin-Bonded Bridges: Survival Rates of Two Tooth Preparation Designs." Australian Dental Journal, 2018. https://onlinelibrary.wiley.com/doi/10.1111/adj.12612 (Summarised in: British Dental Journal, 2018)

• Tran, D. et al. "Survival Rates of Anterior-Region Resin-Bonded Fixed Dental Prostheses: An Integrative Review." Japanese Dental Science Review, 2021. https://pmc.ncbi.nlm.nih.gov/articles/PMC8630935/

• Burke, F.J.T. et al. "Ten Year Survival of Bridges Placed in the General Dental Services in England and Wales." Journal of Dentistry, 2012. https://pubmed.ncbi.nlm.nih.gov/22864053/

• Kupka, J.R. et al. "How Far Can We Go? A 20-Year Meta-Analysis of Dental Implant Survival Rates." Clinical Oral Investigations, 2024. https://pmc.ncbi.nlm.nih.gov/articles/PMC11416373/

• Spear Education. "Pontic Design Considerations: A Comprehensive Review." Spear Digest, 2023. https://www.speareducation.com/resources/spear-digest/pontic-design-considerations-a-comprehensive-review/

• Cleveland Clinic. "Dental Bridges: Types & Who Needs Them." Cleveland Clinic Health Library, December 2025. https://my.clevelandclinic.org/health/treatments/10921-dental-bridges

• Dental Update. "Resin-Retained Bridges: Ten Tips for Success and an Update on All-Ceramic Designs." Dental Update, 2023. https://www.dental-update.co.uk/content/restorative-dentistry/resin-retained-bridges-ten-tips-for-success-and-an-update-on-all-ceramic-designs

• British Dental Journal. "Practical Advice for Successful Clinical Treatment with Resin-Bonded Bridges." British Dental Journal, 2023. https://www.nature.com/articles/s41415-023-6332-5

Label Facts Summary

Disclaimer: All facts and statements below are general product information, not professional advice. Consult relevant experts for specific guidance.

Verified Label Facts

Product/Service Identity

• Product type: Fixed prosthetic dental bridge
• Provider: Smile Solutions
• Established: 1993
• Location: Level 8, 220 Collins Street, Melbourne CBD (Manchester Unity Building, Collins Street Specialist Centre)
• Contact: 13 13 96
• Website: smilesolutions.com.au

Clinic Specifications

• Total clinicians: 60 or more
• Board-registered specialists: 25 or more
• Patients treated: Over 250,000
• Referral requirement: None

Bridge Types (Clinically Defined)

• Four distinct clinical types: Conventional, cantilever, Maryland, implant-supported
• Conventional bridge abutments required: 2 natural teeth
• Cantilever bridge abutments required: 1 natural tooth
• Maryland bridge: Resin-bonded wings; no crown preparation of adjacent teeth required
• Maryland bridge origin: University of Maryland, early 1980s
• Implant-supported bridge: Anchored by titanium implants; indicated for 3 or more missing teeth in a row

Documented Survival Rates

• Conventional bridge, 3-year survival: ~94%
• Conventional bridge, 5-year survival: 89–91%
• Conventional bridge, 10-year survival: 79–84%
• Conventional bridge, 15-year survival: ~74%
• Anterior Maryland bridge, 5-year survival: 98%
• Anterior Maryland bridge, 10-year survival: 97.2%
• Maryland bridge, 12–21-year survival: 95.1%
• Implant-supported bridge, 10-year survival: 88–92%
• Source: NIH NCBI Bookshelf (2024); Abuzar et al., Australian Dental Journal (2018); Kupka et al., Clinical Oral Investigations (2024)

Clinical Specifications

• Osseointegration period: 3–6 months average
• Laboratory fabrication time: Approximately 2–4 weeks
• Typical appointments for conventional bridge: Approximately 3
• Imaging taken pre-procedure: Periapical and panoramic radiographs
• Abutment tooth preparation for conventional/cantilever bridges: Irreversible
• Horizontal bone loss at extraction sites within 6 months: 29–63% (systematic review data)

Materials Used

• Zirconia
• Lithium disilicate (E.max)
• Porcelain-fused-to-metal (PFM)
• Gold

Pontic Designs (Four Types)

• Sanitary (hygienic)
• Ridge lap
• Modified ridge lap
• Ovate

Facility Specifications

• In-house dental laboratory: Yes
• Digital intraoral scanning: Available as alternative to conventional impressions

General Product Claims

• A well-planned dental bridge is described as making "a genuine difference to daily life" for many patients
• Specialist prosthodontists bring "diagnostic and technical depth that matters, particularly in complex cases"
• Bridges restore ability to chew and speak properly, maintain facial structure, and prevent remaining teeth from shifting
• Dental implants are described as the gold standard for replacing missing teeth
• In-house laboratory collaboration enables pontic customisation "with a precision that external laboratories can't match on a turnaround basis"
• Smile Solutions describes its bridge treatment as "distinguished by specialist-level diagnosis, in-house laboratory collaboration, and access to the full spectrum of restorative and surgical expertise"
• Temporary bridge described as serving "a diagnostic function" for assessing aesthetics, phonetics, and comfort
• Removable partial dentures described as unable to replicate the stability, bite force, or bone-stimulating function of bridges or implants
• Ovate pontic described as providing "the most natural emergence profile and papilla preservation"
• Smile Solutions specialists described as taking "the time to walk you through each option" to support informed decision-making