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Subperiosteal Implants Market

The market for Subperiosteal Implants was estimated at $627 million in 2025; it is anticipated to increase to $847 million by 2030, with projections indicating growth to around $1.14 billion by 2035.

Report ID:DS1801137
Author:Debadatta Patel - Senior Consultant
Published Date:
Datatree
Life Science
Medical Device
Subperiosteal Implants
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Report Summary
Market Data
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Table of Contents

Global Subperiosteal Implants Market Outlook

Revenue, 2025

$627M

Forecast, 2035

$1.14B

CAGR, 2026 - 2035

6.2%

The Subperiosteal Implants industry revenue is expected to be around $627.3 million in 2026 and expected to showcase growth with 6.2% CAGR between 2026 and 2035. Advanced implant dentistry relies on subperiosteal implants for the most complicated cases in which conventional dental implants are not only suitable; a trend which is becoming increasingly important. With the rapid growth in the number of jaw reconstructions and the complete rehabilitation of dental arches taking place, a procedure which accounts for 85.9% of total demand for dental implants, implant technology has proven itself to be of significant benefit to patients with dental problems. The most commonly used material in subperiosteal implants is titanium, which was the top material used by $409 million in 2025. This is largely due to the preference of oral surgeons and dental prosthetists for titanium because it is both strong and compatible with the body.

In the case of insufficient jawbone height or width patients can be treated with custom fabricated subperiosteal implants. These implants sit on top of the jawbone, just beneath the periosteum, allowing the patient to wear a prosthesis with added stability. The benefits of this dental implant technique involve minimal bone grafts, computer designed implants based upon X rays, quicker treatment times and the ability to place implants even when the jaw has severely deteriorated. The current dental implant industry is characterised by a number of factors including improvements in CAD/CAM software integration with 3D printing, modifications to the surface finish of titanium dental implants, the increasing expectations of patients regarding the permanence of fixed full dentures and a growth in the number of specialist dental centres providing treatment for edentulous patients.

Subperiosteal Implants market outlook with forecast trends, drivers, opportunities, supply chain, and competition 2025-2035
Subperiosteal Implants Market Outlook

Market Key Insights

  • The Subperiosteal Implants market is projected to grow from $627.3 million in 2025 to $1.14 billion in 2035. This represents a CAGR of 6.2%, reflecting rising demand across Dental Restoration, Replacement of Multiple Missing Teeth, and Supporting Facial Prosthetics.

  • This sector, dominated by just seven key players, is oligopolistic in nature. The dominant market players are Panthera Dental and AB Dental Devices.

  • The US and Germany are the most prominent markets for subperiosteal implants. Their growth rate between 2025 and 2030 is expected to range from 4% to 6% annually.

  • Markets in countries such as India, Saudi Arabia and Brazil are expected to grow at the fastest pace with an annual growth rate of 7.1 to 8.6% .

  • Due to low growth rates of 6.2%, market players are expected to invest in transitions such as the move from traditional to digital dentistry over the forthcoming years. The market players are expected to spend $30 million by 2030.

  • Between 2025 and 2035, the industry for subperiosteal implants will grow by $517 million. Those implants used in the replacement of multiple teeth and to help atrophied jaw bones are predicted to command a greater share of the subperiosteal implant market.

  • Subperiosteal implants are likely to be in increased demand as the population ages as a result of dental implants becoming more sophisticated and as the older population increases. The rate of growth is expected to be 82% over the period 2025 to 2035.

subperiosteal implants market size with pie charts of major and emerging country share, CAGR, trends for 2025 and 2032
Subperiosteal Implants - Country Share Analysis

Opportunities in the Subperiosteal Implants

A growing number of patients in urban specialist clinics who have severely resorbed mandibles and maxillas are opting for a particular of subperiosteal dental implant made from titanium. With an ageing population requiring full arch rehabilitation and less invasive surgical procedures, demand for dental implants is also increasing. Between 2025 and 2030, the titanium frameworks industry is predicted to increase at a compound annual growth rate of 5.6%, going from $409m to $537m globally. Greatest growth will be seen in high end full arch rebuilding work which employs the latest CAD/CAM technologies along with 3D printing in complex cases alone.

Growth Opportunities in North America and Europe

Complex full arch medical rehabilitation and severely resorbed maxilla and mandible applications drive North American Subperiosteal Implant sales. These applications require graft free, fixed dental solutions for patients with severely reduced upper and lower jaw mass. The main opportunities for sales are in premium custom made subperiosteal frames which are used with computer designed implants and dental equipment which uses 3D imaging. The procedure is beneficial for patients with low bone density or who are elderly, as it enables faster dental work completion, more precise fitting and it can be used by patients who cannot withstand heavy chewing loads. Manufacturers of implants which are highly advanced compete with digital labs who specialise in customised technology on several factors including how quickly custom solutions can be produced, software and the support that clinicians require; the key differentiator is therefore their in house planning systems, their relationships with oral and maxillofacial surgeons and clinical evidence demonstrating the success of atrophic alveolar processes treated in this manner over traditional bone grafting techniques. Key drivers of regional market demand include a high aesthetic patient population, digital dentistry, the availability of materials for bespoke implants, and a willingness to invest in full mouth reconstructions.
In Europe subperiosteal implants are used to treat atrophic jaw bone and patients requiring multiple teeth replacements. It is particularly useful in hospitals where there are strict rules which affect how treatments are carried out and how much is paid for them. Subperiosteal implants allow patients to have fixed bionic prosthetics. The greatest opportunities for subperiosteal implants are in systems that help to reduce the cost of treatment and are used in the NHS, along with full mouth rehabilitation treatment where the treatment time is reduced and the risks are minimised for patients in poor health. New market entrants in the subperiosteal implant sector must contend with a number of established implant producers that have strong relationships with regional distributors, as well as firms which specialise in supplying hospitals. In order to establish themselves, these new businesses must thus differentiate themselves on the basis of the evidence which supports their products, their processes for sterilisation and the tracking of products and training given to surgeons. As a result, the implants become a normal option, rather than a niche product. Europeans in the core of the continent have a rapidly ageing population with very high rates of tooth loss, clinical dentists have a preference for fixed dental bridges over dentures where possible, digital dentistry is increasing in popularity in both hospital and university settings and there is pressure on manufacturers to produce dental implants which are long lasting and reliable for the replacement of a full set of missing teeth or in the rebuilding of jaw bones that have atrophied due to disease.

Market Dynamics and Supply Chain

01

Driver: Rising Need for Non‑grafting Solutions and Advanced Digital Workflow Integration

Growth in the subperiosteal implants market is also propelled by two interlinked factors increasing demand for non‑grafting alternatives and advancements in digital imaging and manufacturing. Many patients with severe jawbone resorption or inadequate bone height cannot receive traditional implants without complex grafting procedures. Subperiosteal implants eliminate the need for bone grafts, reducing treatment time and surgical complexity. Meanwhile, modern CAD/CAM design and CBCT imaging enable highly accurate custom implant frameworks, improving implant fit and comfort while lowering complication rates. This technological edge is also expanding clinician confidence and patient willingness to choose subperiosteal solutions for challenging anatomical cases, driving adoption and revenue growth. 
The growing incidence of tooth loss and severe jawbone atrophy among aging populations and individuals with periodontal disease fuels demand for viable implant alternatives. As more patients present with bone deficiencies that preclude conventional endosteal implants, clinicians increasingly turn to subperiosteal designs that conform to limited bone anatomy and support fixed prostheses without grafting intervention. This trend enhances treatment accessibility in geriatric and compromised bone cohorts.
02

Restraint: Limited Adoption Due to Preference for Endosteal Implants and Grafting Advances

Widespread clinical preference for endosteal implants, buoyed by advanced bone grafting techniques, restricts subperiosteal implant market growth. Modern grafting and bone augmentation methods now enable many patients with mild to moderate bone loss to receive endosteal solutions instead, reducing reliance on subperiosteal frameworks. For example, clinicians may recommend sinus lifts or guided bone regeneration, even in compromised cases, limiting demand and revenue for subperiosteal systems.
03

Opportunity: Digitally designed Subperiosteal Implants in public oral-health systems across emerging Asian economies and Metal-free zirconia Subperiosteal Implants for aesthetics-driven European patients with documented metal hypersensitivity

Asian countries with rapidly expanding economies have been putting more emphasis on oral health and public dental insurance. This leads to an increased chance for getting paid for complex procedures involving the Subperiosteal Implants. Designed on a computer cobalt chromium frameworks are cheaper to make in a lab than frameworks which are fully tailored to fit individual mouths using titanium. This makes it easier to give treatment on a larger scale in teaching hospitals and dental schools that are run by the government. Worldwide cobalt chromium subperiosteal implants sales are expected to grow from about $66.49 m in 2025 to a figure of $85.27 million by 2030; a compound annual growth rate of 5.1%. Significant advances should occur in region's with low incomes and a high incidence of tooth loss, prioritising the improvement of access to full denture services.
Increasingly European patients who focus on the aesthetic aspects of dental health, such as media aware professionals, are opting for subperiosteal implants that are metal free. This preference is primarily found amongst younger consumers. Conducted in aesthetic regions of the mouth, they address concerns about the visibility of the metal, metal hypersensitivity and galvanic shock, by allowing the use of ceramic or zirconia frameworks which are consistent with aesthetic dentistry. By the year 2030, the demand for zirconia/ceramic subperiosteal implants is expected to be $207.53 million, an increase from the value of $136.75 million recorded in 2025, growing at a CAGR of 8.7%. The key advantage is found in the anterior maxilla, specifically with high smile line restorations in boutique clinics which specialise in aesthetic and implant dentistry.
04

Challenge: Complex Surgical Expertise Requirement and Higher Procedure Costs

Subperiosteal implant placement requires specialized surgical expertise, detailed imaging interpretation, and custom fabrication, elevating treatment complexity and cost. Many dental practices lack training or equipment for these procedures, resulting in limited provider availability. Consequently, patients may face higher fees or travel for specialist care, deterring adoption and dampening market expansion. Higher upfront costs can also reduce demand relative to more standardized implant treatments.

Supply Chain Landscape

1

Dental Materials

Panthera DentalAB Dental Devices Ltd
2

Subperiosteal Implants Manufacturing

BoneEasyAvinent Implant System S.L.U
3

Custom CAD/CAM

MAXONIQPanthera Dental
4

Clinical Implantology

Dental clinicsMaxillofacial surgery centersOral surgery hospitals
Subperiosteal Implants - Supply Chain

Use Cases of Subperiosteal Implants in Dental Restoration & Replacement of Multiple Missing Teeth

Dental Restoration : Subperiosteal implants play a niche but important role in dental restoration, especially for patients unable-to receive traditional endosteal implants due to severe bone loss. These custom‑made titanium frameworks fit over the jawbone beneath the gum and support fixed prosthetic teeth, restoring chewing and speaking function with minimal bone grafting. Clinics specializing in complex implantology and digital CAD/CAM workflows deliver precision fit and stability, enhancing patient outcomes in restorative practice.
Replacement of Multiple Missing Teeth : For the replacement of multiple missing teeth, subperiosteal implants are often selected when jawbone density is insufficient for conventional implants. These custom frameworks support bridges or full arches by providing a durable base without invasive bone grafting, shortening treatment time. Dental surgical centers with expertise in advanced imaging and bespoke implant fabrication report higher acceptance among patients needing multi‑tooth solutions with functional and aesthetic benefits.
Supporting Facial Prosthetics : In supporting facial prosthetics, subperiosteal implants offer a foundation for prosthetic components in cases of severe maxillofacial defects or trauma where conventional anchorage is limited. Custom frameworks provide structural support for prosthetic rehabilitation, helping restore facial symmetry and function. Specialist oral and maxillofacial surgical centers leverage digital design and additive manufacturing to ensure precise fit and patient comfort, expanding reconstructive implant applications.

Recent Developments

Recent developments in subperiosteal implants show accelerated adoption of digital dentistry, 3D printing and custom CAD/CAM workflows, transforming them from niche alternatives into precision‑engineered solutions for atrophic jaws and complex cases. About 45 % of new frameworks are now 3D‑printed, enabling faster turnaround and better anatomical fit, while hybrid zirconia‑titanium materials and bioactive coatings are improving aesthetics and osseointegration. A key market trend is the expanding digital implant design and additive manufacturing ecosystem that enhances clinical outcomes and broadens patient accessibility.

March 2024 : BoneEasy launched a tailored subperiosteal implant including tailed design that uses advanced 3D software for personalized implant modeling and manufacturing, enhancing custom fit and clinical outcomes for patients with severe bone loss.
May 2023 : Avinent Implant System S.L.U organized a consensus day on customized subperiosteal implants bringing together experts in maxillofacial surgery and dentistry to discuss best practices and innovations in customized implant solutions.

Impact of Industry Transitions on the Subperiosteal Implants Market

As a core segment of the Medical Device industry, the Subperiosteal Implants market develops in line with broader industry shifts. Over recent years, transitions such as From Traditional to Digital Dentistry and Convergence with Broader Reconstructive Strategies have redefined priorities across the Medical Device sector, influencing how the Subperiosteal Implants market evolves in terms of demand, applications and competitive dynamics. These transitions highlight the structural changes shaping long-term growth opportunities.
01

From Traditional to Digital Dentistry

There is a trend for subperiosteal implants towards an increasingly digital dentistry process which relies on CAD CAM technology along with more advanced 3D dental imaging to allow for more precise planning, more accurate treatment and custom implants. Industry players are now implementing a strategic move which involves an estimated $30 million investment by 2030 in innovation and digital infrastructure to increase revenue. This effort comes at a time when growth in the segment is merely 6.2%. The incorporation of digital technologies into the processes used in dental implants seeks to decrease the time spent on procedures, to standardise treatment and ultimately, to achieve better patient recovery and a higher success rate for the prosthetics. With digital Subperiosteal Implants treatment accelerating, companies will have a chance to reposition themselves in the market. Those who can offer fast and accurate technology based care are likely to gain an advantage.
02

Convergence with Broader Reconstructive Strategies

Subperiosteal implants are increasingly integrated into comprehensive reconstructive treatment plans, particularly for patients with maxillofacial defects or complex edentulism. Instead of solely replacing missing teeth, these implants now support facial prosthetics and full arch rehabilitation when combined with soft tissue management and prosthodontic protocols. This expanded role fosters cross‑disciplinary collaboration among oral surgeons, prosthodontists, and restorative dentists, enhancing patient outcomes and broadening market relevance beyond traditional dental implantology.