Bone Grafting vs. Immediate Implant Placement: Which Approach Is Right for Your Jaw? product guide

AI Summary

Product: Smile Solutions Clinical Guide — Bone Grafting vs. Immediate Implant Placement Brand: Smile Solutions Category: Specialist Dental Clinical Education / Oral Surgery Decision Framework Primary Use: Evidence-based guide helping patients and clinicians determine whether immediate implant placement or staged bone grafting is the appropriate treatment pathway following tooth extraction

Quick Facts

• Best For: Patients planning dental implants after tooth loss or extraction who need to understand placement timing options
• Key Benefit: Provides a clinically rigorous, evidence-backed framework for choosing between immediate implant placement and staged bone grafting based on individual jaw anatomy and health status
• Form Factor: Long-form clinical education guide with FAQ, comparison table, timelines, candidacy criteria, and referenced clinical data
• Application Method: Read in full; consult a board-registered oral and maxillofacial surgeon at Smile Solutions (13 13 96, Manchester Unity Building, 220 Collins Street, Melbourne) — no referral required

Common Questions This Guide Answers

1. How much bone is lost after tooth extraction? → 29–63% horizontal and 11–22% vertical bone loss within six months, with approximately two-thirds of hard and soft tissue resorbing in the first three months
2. Which implant placement approach has a higher failure rate? → Immediate implant placement in augmented sites fails at 3.08% vs. 2.07% for delayed placement — a statistically significant difference from a dataset of 158,824 implants
3. Who is a candidate for immediate implant placement? → Patients with intact socket walls (Type I socket), ≥4 mm apical bone, thick gingival biotype, and no acute infection at the site

Frequently Asked Questions

What is immediate implant placement: Implant placed directly into the extraction socket on the same day as tooth removal

What is the ITI classification for immediate implant placement: Type I protocol

What is staged bone grafting: Bone grafting performed before implant placement to rebuild deficient jaw bone

How soon does bone loss begin after tooth extraction: Immediately — a biological countdown starts at the moment of removal

What percentage of horizontal bone loss occurs within six months of extraction: 29–63% horizontal bone loss

What percentage of vertical bone loss occurs within six months of extraction: 11–22% vertical bone loss

When does the majority of post-extraction bone loss occur: Within the first three to six months

What is the ongoing annual bone loss rate after initial resorption: 0.5–1% per year on average

What proportion of hard and soft tissue undergoes resorption in the first three months: Approximately two-thirds

What is the "jumping gap" in immediate implant placement: Residual space between the implant body and the socket wall

What is the jumping gap also called: Horizontal defect dimension (HDD)

Can gaps smaller than 2 mm heal without grafting: Yes, gaps under 2 mm may heal spontaneously via blood clot organisation

Is bone grafting recommended when the jumping gap exceeds 2 mm: Yes, grafting is strongly recommended

What graft material is recommended for managing gaps over 2 mm: Slowly resorbing xenograft material

What is the failure rate for immediate implants in augmented sites: 3.08%

What is the failure rate for delayed implants in augmented sites: 2.07%

Is the difference in failure rates between immediate and delayed placement statistically significant: Yes

How many implants were analysed in the large-scale clinical dataset referenced: 158,824 implants

How many bone grafts were included in the large-scale dataset: 45,715 dental bone grafts placed between 2014 and 2022

What was the overall clinical success rate in the augmented implant cohort: 97.83%

Is bone augmentation itself a major independent risk factor for implant failure: No, once timing is accounted for

Do immediate implants show more crestal bone loss than delayed implants: Yes, at three and six months

Does simultaneous bone grafting reduce crestal bone loss in immediate implants: Yes, it shows insignificant crestal bone level reduction compared to ungrafted immediate implants

What aesthetic advantage does immediate implantation with immediate loading show: Clinically relevant improvements in pink esthetic scores

What imaging is required before choosing a placement pathway: Cone beam computed tomography (CBCT)

What does CBCT measure that determines immediate placement eligibility: Bone volume, density, socket morphology, and buccal plate thickness

Is CBCT optional for implant planning at Smile Solutions: No, it is integrated into every implant consultation

What minimum apical bone height is required for immediate implant placement: At least 4 mm apical to the extraction socket

What gingival biotype is preferred for immediate implant placement: Thick biotype

Why is thick gingival biotype preferred for immediate placement: It is associated with a thicker labial plate and wider zone of keratinised gingiva

Does thin gingival biotype increase recession risk after immediate placement: Yes

Is immediate placement suitable when acute infection is present at the site: No, it is contraindicated

What socket type is optimal for immediate implant placement: Type I socket (intact soft tissue and socket morphology)

What defines a Type II socket: Buccal dehiscence with intact soft tissue

What defines a Type III socket: Both buccal plate and soft tissue dehiscence

Is immediate placement recommended for Type III sockets: No, staged approach is prudent

Can immediate placement be performed in Type II sockets: It has been reported but staged approach is preferred, especially in anterior maxillary sites

What treatment timeline does immediate implant placement typically require: Approximately 4–6 months to final crown in uncomplicated cases

What treatment timeline does staged bone grafting with delayed placement require: Approximately 12–18 months to final crown

How long does staged bone grafting add to overall treatment time: 4–9 months

What is the waiting period after socket preservation graft before implant placement: 3–6 months depending on graft size and type

When is the staged approach preferred over immediate placement: For extensive augmentations, sinus lifts over 4 mm, or cases with significant infection or pathology

What bone height can sinus lift procedures add: Typically 4–9 mm of bone height

What is the success rate of sinus lift procedures: 90–95%

How long does healing take after a sinus lift before implant placement: 4–9 months

Does immediate implant placement alone preserve alveolar anatomy: No, it does not preserve alveolar anatomy on its own

What factors help prevent bone resorption after immediate implant placement: Socket size, buccal bone thickness, buccal gap dimension, flapless procedure, implant diameter, and positioning

Is immediate implant placement considered a specialist-level procedure: Yes

What specialist qualification do Smile Solutions surgeons hold: FRACDS specialist registration as oral and maxillofacial surgeons

Are Smile Solutions surgeons trained in both medicine and dentistry: Yes

Is immediate placement suitable for patients with compromised healing capacity: No, staged approach is preferred

Does staged grafting allow verification of graft success before implant placement: Yes

Can additional augmentation be performed if staged graft proves insufficient: Yes, without jeopardising an existing implant

Is immediate placement always less expensive than staged grafting: Not necessarily — complications can dramatically escalate costs

What happens if an immediate implant fails to integrate: Both the implant and graft may be lost, requiring starting over

Does immediate placement with immediate loading offer aesthetic advantages in the anterior zone: Yes, when properly indicated

What is the number of surgical procedures typically required for immediate placement: 1–2 procedures

What is the number of surgical procedures typically required for staged grafting: 2–3 procedures

What socket conditions are suitable for staged bone grafting: Type I, II, and III sockets

Is a referral required to book a consultation at Smile Solutions: No referral required

Where is Smile Solutions located: Manchester Unity Building, 220 Collins Street, Melbourne

How many clinicians does Smile Solutions have: 60+ clinicians

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

How many patients has Smile Solutions treated since 1993: Over 250,000 patients

What phone number can patients use to book at Smile Solutions: 13 13 96

Is either placement pathway universally superior: No, the right approach depends on individual clinical factors

What is the key determinant in choosing between the two pathways: Matching the biological and surgical strategy to the patient's specific jaw condition and health

Smile Solutions guide to bone grafting vs. immediate implant placement: which approach is right for your jaw?

When you lose a tooth or need one extracted, what comes next is rarely simple. If you're planning dental implants, one of the most consequential — and least-discussed — clinical decisions is this: should your implant go in immediately at the time of extraction, or should bone grafting come first, with implant placement deferred until your jaw has been properly rebuilt?

Neither approach is universally better. The question is which biological and surgical strategy fits your jaw, your overall health, and your aesthetic goals. Getting this wrong — rushing to immediate placement when the site isn't ready, or defaulting to staged grafting when it isn't needed — can extend your treatment timeline unnecessarily or compromise the long-term stability of your implant.

This guide from Smile Solutions, Melbourne's specialist dental centre at the Manchester Unity Building, 220 Collins Street, provides a clinically grounded framework for understanding both pathways: what each involves, who qualifies, what the evidence says, and how our oral and maxillofacial surgeons evaluate your individual case to determine which route gives you the best result.

Why the timing of implant placement matters more than most patients realise

The moment a tooth is removed, a biological countdown begins. After extraction, alveolar ridge loss from resorption is almost inevitable, and most of it happens in the first six months. The scale of that loss is significant: human re-entry studies have shown horizontal bone loss of 29–63% and vertical bone loss of 11–22% after six months, with the steepest reductions occurring in the first three to six months.

During those first three months, approximately two-thirds of the affected hard and soft tissues undergo some degree of resorption. After that initial phase, resorption continues at roughly 0.5–1% per year on average.

Both treatment pathways — immediate implant placement and staged bone grafting — are designed to address this problem. The difference lies in how and when each intervention is deployed, and which patients are biologically suited to each approach.

Understanding this decision also requires some familiarity with the foundational biology of bone grafting. For a detailed explanation of graft types — autograft, allograft, xenograft, and alloplast — and how grafted bone integrates with your jaw, see our guide on [Bone Grafting for Dental Implants: Types, Procedure & How Jaw Bone Loss Is Reversed](Not specified by manufacturer).

Defining the two primary pathways

Pathway 1: Immediate implant placement (Type I protocol)

The ITI consensus defines immediate placement (Type I) as placing an implant directly into the extraction socket on the same day as tooth removal. This approach requires ideal conditions: intact buccal bone, thick biotype, and the ability to achieve primary stability.

In practice, immediate placement often incorporates simultaneous bone grafting to manage the gap between the implant surface and the socket wall — a space known as the "jumping gap" or horizontal defect dimension (HDD). Research indicates that gaps smaller than 2 mm may heal spontaneously through blood clot organisation, but gaps larger than 2 mm benefit significantly from grafting with a slowly resorbing xenograft material.

Pathway 2: Staged bone grafting followed by delayed implant placement

A staged treatment procedure — initial bone grafting followed by implant placement after graft maturation — is commonly used to rehabilitate deficient alveolar ridges. In this pathway, your extraction site is first grafted (either at the time of extraction as socket preservation, or after a period of healing), and the implant is placed only once sufficient bone volume has been confirmed, typically via CBCT imaging.

The staged approach allows complete graft healing before implant placement, which makes it the more predictable option for extensive augmentations, sinus lifts exceeding 4 mm, or cases involving significant infection or pathology. It adds 4–9 months to your treatment timeline, but gives your surgeon optimal conditions for implant placement.

What the evidence says about outcomes

Survival rates: comparable, but not identical

The most important clinical question for any patient is: which approach is more likely to succeed long-term?

A retrospective analysis of 158,824 implants — including 45,715 dental bone grafts placed between 2014 and 2022 — showed a clinical success rate of 97.83% (2.17% failure) in the augmented cohort, statistically comparable to the general implant population.

Timing matters within that figure, though. Immediate implant placement was identified as a significant independent risk factor, with a 3.08% failure rate versus 2.07% for delayed placement. That difference, while modest in absolute terms, was statistically significant and consistent with the biological challenges of the immediate approach.

This aligns with the consensus that immediate placement is technique-sensitive, where achieving primary stability and managing the socket gap present real challenges. The higher failure rate in immediate cases — particularly in the pre-restorative phase — likely reflects difficulties in achieving adequate initial stability or subclinical infection at the extraction site.

Notably, bone augmentation itself was not identified as a major risk factor once timing was accounted for, which reinforces the safety of guided bone regeneration (GBR) procedures.

Crestal bone levels

Immediate implant groups show more crestal bone loss at three and six months compared to delayed implant groups. However, immediate implants with bone grafts show significantly less crestal bone loss than immediate implants placed without grafts — which underlines why gap management matters when immediate placement is chosen.

Aesthetic outcomes

For patients replacing teeth in the visible smile zone, aesthetics are naturally a primary concern. A 2025 network meta-analysis comparing placement and loading protocols for anterior maxillary implants found that immediate implantation with immediate loading produced clinically relevant improvements in pink esthetic scores compared to later rehabilitation protocols.

That's a meaningful finding for patients prioritising soft tissue contour and gum line appearance — but it applies only when the immediate protocol is properly indicated for your specific situation.

Candidacy criteria: the clinical decision framework

Both pathways can achieve excellent outcomes. The determining factor is whether your anatomy and health status support one approach over the other.

Who is a good candidate for immediate implant placement?

Immediate placement is appropriate when several criteria are met simultaneously. Based on current clinical guidelines and the ITI consensus framework, the following factors favour immediate placement:

• Intact socket walls: Type I sockets — with intact soft tissue and socket morphology — are ideal for immediate implant treatment.
• Sufficient apical bone: At minimum ≥4 mm of bone height apicopalatal to the extraction socket, measured on preoperative CBCT, is required to predict adequate primary implant stability.
• Thick gingival biotype: A thick periodontal phenotype is associated with a thicker labial plate and wider zone of keratinised gingiva, both of which reduce recession risk after immediate placement. Thin biotype increases that risk.
• No acute infection at the site: Acute untreated periodontitis, acute infection at the planned implant site, and a history of local radiotherapy to the head and neck are all contraindications to immediate placement.
• Favourable root position: A coronal gingival position relative to adjacent teeth, Type I socket classification, and Class I or II sagittal root position all favour immediate placement.

Who should choose staged bone grafting first?

The staged approach is preferred for extensive augmentations, sinus lifts exceeding 4 mm, or cases with significant infection or pathology. Specific clinical indicators include:

• Significant bone deficiency: Where horizontal or vertical ridge defects exceed what can be managed simultaneously with implant placement.
• Type II or III socket classification: Type II sockets show buccal dehiscence with intact soft tissue; Type III sockets have both buccal plate and soft tissue dehiscence. Immediate placement has been reported in Type II sockets, but a staged approach is prudent for both Type II and III defects, particularly in anterior maxillary sites.
• Active or recent infection: Sites with acute infection require full resolution before implant placement.
• Compromised healing capacity: Staged procedures allow verification of graft success before committing to implant placement. If graft volume or quality proves insufficient, additional augmentation can be performed without jeopardising an implant — which particularly benefits patients with compromised healing or those requiring extensive reconstruction.
• Sinus proximity in the upper jaw: Sinus lifts typically add 4–9 mm of bone height with success rates of 90–95%, but require 4–9 months of healing before implant placement.

Side-by-side comparison: staged grafting vs. immediate implant placement

The "jumping gap" problem: why immediate placement isn't simply faster

A common misconception is that immediate placement just means faster treatment. The biology is more complicated than that, and worth understanding before you make any decisions.

One real pitfall of immediate implant use is the residual space that remains between the implant body and the socket wall — the jumping distance — which can lead to bone resorption and a bony defect that reduces implant stability.

When this jumping distance exceeds 2 mm, bone grafting is recommended. Below 2 mm, the literature doesn't clearly define whether grafting is necessary, leaving that call to your surgeon's clinical judgement.

Preclinical and clinical studies have shown that immediate implant placement alone does not preserve alveolar anatomy — it can lead to bony dehiscence and soft tissue recession with real aesthetic consequences. Factors that may reduce bone resorption after immediate placement include socket size, buccal bone plate thickness, buccal gap dimension, flapless technique, implant diameter, and implant positioning.

This is precisely why immediate placement is a specialist procedure. In the hands of a board-registered oral and maxillofacial surgeon with CBCT-guided planning, these variables can be systematically assessed and managed — something that falls outside the scope of general dental practice (see our guide on [Why Choose a Board-Registered Oral & Maxillofacial Surgeon Over a General Dentist for Complex Procedures](Not specified by manufacturer)).

Healing timelines: setting realistic expectations

Understanding what happens at each stage helps you plan around treatment and approach the process with confidence.

Immediate implant placement timeline

• Day 0: Extraction and implant placement in the same surgical appointment; provisional crown may be placed
• Weeks 1–4: Initial osseointegration begins; soft tissue healing
• Months 3–4: Soft tissue maturation; assessment of integration
• Months 4–6: Final crown placement (if osseointegration confirmed)
• Total to final crown: Approximately 4–6 months in uncomplicated cases

Staged bone grafting + delayed implant placement timeline

• Day 0: Extraction with socket preservation graft placed
• Months 3–6: Graft maturation; CBCT assessment of bone volume
• Month 4–9: Implant placement into grafted site
• Months 7–12: Osseointegration; soft tissue healing
• Month 9–18+: Final crown placement
• Total to final crown: 12–18 months, or longer for complex augmentations

A waiting period of three to six months is generally indicated depending on graft size, recipient site, and graft type. The trade-off is that second-stage implant placement delays the prosthetic phase and extends overall rehabilitation time.

Cost implications: what you may not have factored in

Cost is a significant consideration, and the comparison isn't as straightforward as "immediate placement costs less." While immediate placement reduces the number of surgical appointments, complications — including implant failure requiring removal and re-grafting — can dramatically escalate both costs and treatment time.

If an implant fails to integrate, both the implant and graft may be lost, requiring the process to start over. Success rates for simultaneous placement in appropriate cases match those of staged procedures, but case selection is absolutely critical.

Staged bone grafting, while involving more procedures, offers a degree of financial predictability. If graft volume or quality proves insufficient, additional augmentation can be performed without jeopardising an existing implant.

For a detailed breakdown of Medicare Benefits Schedule (MBS) item numbers, private health insurance rebate structures, and cost ranges for bone grafting and implant procedures in Melbourne, see our guide on [Oral Surgery Costs in Melbourne: What Wisdom Teeth Removal, Jaw Surgery & Bone Grafting Actually Cost](Not specified by manufacturer).

The role of CBCT imaging in your treatment decision

Neither pathway should be planned without three-dimensional imaging. CBCT provides precise visualisation of bone volume, density, and anatomical structures, enabling accurate assessment of grafting needs and helping predict treatment timelines.

CBCT allows your surgeon to measure precise bone dimensions, assess buccal plate thickness, identify proximity to the inferior alveolar nerve or maxillary sinus, and classify socket morphology — all of which directly determine which pathway is clinically appropriate. Without this level of imaging, no surgeon can reliably assess whether your site meets the criteria for immediate placement.

At Smile Solutions, CBCT imaging is integrated into every implant consultation, giving our specialists the complete clinical picture your treatment requires.

Key takeaways

• Immediate implant placement is not universally faster or better — it is a technique-sensitive procedure that requires ideal socket conditions, including intact buccal bone, ≥4 mm of apical bone, thick gingival biotype, and absence of acute infection.
• Large-scale clinical data from 158,824 implants shows immediate implants in augmented sites fail at 3.08%, compared to 2.07% for delayed protocols — a statistically significant difference that makes proper case selection essential.
• Staged bone grafting is the more predictable pathway for patients with significant bone deficiency, Type II/III socket defects, compromised healing capacity, or sites requiring sinus lift procedures.
• The jumping gap between the implant and socket wall must be managed with bone grafting whenever it exceeds 2 mm — meaning most immediate placements involve some form of simultaneous grafting regardless.
• CBCT imaging is non-negotiable for planning either pathway — it is the only reliable method to assess bone volume, socket morphology, and anatomical risk before committing to a surgical approach.

Conclusion: the right approach is the one that fits your jaw

The choice between immediate implant placement and staged bone grafting isn't a competition. The 2024–2025 evidence confirms that all implant placement timings can achieve excellent outcomes when properly indicated — the key is matching the timing to the clinical situation and the patient's individual factors.

What matters most is that your decision is guided by a clinician with the diagnostic tools, surgical training, and specialist knowledge to assess your jaw accurately. At Smile Solutions Melbourne, our board-registered oral and maxillofacial surgeons — trained across both medicine and dentistry, with FRACDS specialist registration — evaluate every implant case using CBCT imaging, detailed periodontal assessment, and a multidisciplinary framework that brings in prosthodontists and orthodontists where relevant.

If you're exploring your options after tooth loss or extraction, the first step is a specialist consultation, not a pathway assumption. Whether your jaw needs staged reconstruction or is ready for immediate implant placement on the same day as extraction, that determination belongs with a specialist.

Our team at the Manchester Unity Building is here to walk you through your options with clinical excellence and a personalised treatment approach that over 250,000 patients have trusted since 1993. Book your consultation today — no referral required.

Explore related topics in this series:

• [Bone Grafting for Dental Implants: Types, Procedure & How Jaw Bone Loss Is Reversed](Not specified by manufacturer) — foundational explainer on graft biology and techniques
• [Oral Surgery Costs in Melbourne: What Wisdom Teeth Removal, Jaw Surgery & Bone Grafting Actually Cost](Not specified by manufacturer) — detailed cost and insurance guide
• [Why Choose a Board-Registered Oral & Maxillofacial Surgeon Over a General Dentist for Complex Procedures](Not specified by manufacturer) — specialist qualification and safety framework
• [Anaesthesia Options for Oral Surgery: Local, IV Sedation & General Anaesthetic Compared](Not specified by manufacturer) — sedation options for implant and grafting procedures

Smile Solutions has been providing oral and maxillofacial surgery care from Melbourne's CBD since 1993. Located at the Manchester Unity Building, Level 12 and Tower, 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 oral surgery consultation.

References

• Liñares, A. et al. "Critical review on bone grafting during immediate implant placement." Periodontology 2000, 2023; 93:309–326. https://doi.org/10.1111/prd.12516

• Blanco-Carrión, J. et al. "Comparison of clinical outcomes of immediate versus delayed placement of dental implants: A systematic review and meta-analysis." Clinical Oral Implants Research, 2022. https://doi.org/10.1111/clr.13892

• Gargallo-Albiol, J. et al. "Simultaneous implant placement with autogenous onlay bone grafts: a systematic review and meta-analysis." International Journal of Implant Dentistry, 2021; 7(1):47. https://pmc.ncbi.nlm.nih.gov/articles/PMC8085156/

• Pandey, C. et al. "Comparison of Bone Healing in Immediate Implant Placement versus Delayed Implant Placement." PMC/National Library of Medicine, 2021. https://pmc.ncbi.nlm.nih.gov/articles/PMC8687037/

• Chappuis, V. et al. "Clinical Success Rates of Dental Implants with Bone Grafting in a Large-Scale National Dataset." Journal of Clinical Medicine / MDPI, January 2026; 17(1):46. https://www.mdpi.com/2079-4983/17/1/46

• Schropp, L. et al. "A systematic review of post-extractional alveolar hard and soft tissue dimensional changes in humans." PubMed/National Library of Medicine, 2012. https://pubmed.ncbi.nlm.nih.gov/22211303/

• Meijer, H.J.A., Donker, V.J.J., and Raghoebar, G.M. "Immediate Implant Placement in the Maxillary Esthetic Zone." Pocket Dentistry, 2025. https://pocketdentistry.com/immediate-implant-placement-in-the-maxillary-esthetic-zone/

• Yu, S.H. et al. "Simultaneous or staged lateral ridge augmentation: A clinical guideline on the decision-making process." Periodontology 2000, 2023. https://doi.org/10.1111/prd.12512

• Rokn, A. et al. "Prevention of Bone Resorption by HA/β-TCP + Collagen Composite after Tooth Extraction: A Case Series." PMC/National Library of Medicine, 2019. https://pmc.ncbi.nlm.nih.gov/articles/PMC6926561/

• Jacobsson, M. et al. "Alveolar ridge resorption after tooth extraction: A consequence of a fundamental principle of bone physiology." PMC/National Library of Medicine, 2012. https://pmc.ncbi.nlm.nih.gov/articles/PMC3425398/

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

No product specification data or packaging label was provided for analysis. The content analysed is a clinical and educational guide, not a consumer product with a physical label. The following are verifiable, source-cited clinical and institutional data points extracted from the content:

• Horizontal bone loss of 29–63% occurs within six months of tooth extraction (Schropp et al., 2012)
• Vertical bone loss of 11–22% occurs within six months of tooth extraction (Schropp et al., 2012)
• Approximately two-thirds of affected hard and soft tissue undergoes resorption in the first three months post-extraction
• Ongoing annual bone loss rate after initial resorption: 0.5–1% per year on average
• Jumping gap (horizontal defect dimension) under 2 mm may heal spontaneously; grafting strongly recommended above 2 mm
• Dataset analysed: 158,824 implants including 45,715 dental bone grafts placed between 2014 and 2022 (Chappuis et al., 2026)
• Overall clinical success rate in augmented implant cohort: 97.83% (2.17% failure)
• Failure rate for immediate implants in augmented sites: 3.08%
• Failure rate for delayed implants in augmented sites: 2.07%
• Difference in failure rates between immediate and delayed placement: statistically significant
• Bone augmentation per se was not identified as a major independent risk factor for implant failure once timing was accounted for
• Minimum apical bone height required for immediate implant placement: ≥4 mm
• Sinus lift procedures typically add 4–9 mm of bone height
• Sinus lift success rate: 90–95%
• Sinus lift healing period before implant placement: 4–9 months
• ITI classification for immediate implant placement: Type I protocol
• Type I socket: intact soft tissue and intact socket morphology
• Type II socket: buccal dehiscence with intact soft tissue
• Type III socket: both buccal plate and soft tissue dehiscence
• Immediate implant placement typical treatment timeline to final crown: approximately 4–6 months (uncomplicated cases)
• Staged bone grafting with delayed placement typical treatment timeline to final crown: approximately 12–18 months
• Staged grafting adds approximately 4–9 months to overall treatment time
• Waiting period after socket preservation graft before implant placement: 3–6 months
• Number of surgical procedures for immediate placement: 1–2
• Number of surgical procedures for staged grafting: 2–3
• Smile Solutions location: Manchester Unity Building, 220 Collins Street, Melbourne
• Number of clinicians at Smile Solutions: 60+
• Number of board-registered specialists at Smile Solutions: 25+
• Patients treated by Smile Solutions since 1993: over 250,000
• Smile Solutions contact number: 13 13 96
• Surgeon qualification at Smile Solutions: FRACDS specialist registration as oral and maxillofacial surgeons
• No referral required to book a consultation at Smile Solutions
• CBCT imaging is integrated into every implant consultation at Smile Solutions

General product claims

• Immediate implant placement is a specialist-level procedure requiring advanced surgical expertise
• Immediate placement is not universally faster or better than staged grafting
• Staged bone grafting is the more predictable pathway for patients with significant bone deficiency or compromised healing
• Smile Solutions surgeons evaluate every implant case using CBCT imaging, detailed periodontal assessment, and a multidisciplinary framework
• Getting the placement decision wrong can extend treatment timelines unnecessarily or compromise long-term implant stability
• Complications in immediate placement cases can dramatically escalate costs and treatment time
• Immediate implant placement with immediate loading showed clinically relevant improvements in pink esthetic scores in anterior maxillary sites (2025 network meta-analysis)
• Smile Solutions provides care with warmth, clinical excellence, and personalised treatment approach
• The right approach depends on individual clinical factors; neither pathway is universally superior