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Pterygoid Implants Market

The market for Pterygoid Implants was estimated at $84.4 million in 2025; it is anticipated to increase to $123 million by 2030, with projections indicating growth to around $181 million by 2035.

Report ID:DS1801138
Author:Debadatta Patel - Senior Consultant
Published Date:
Datatree
Life Science
Medical Device
Pterygoid Implants
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Report Summary
Market Data
Methodology
Table of Contents

Global Pterygoid Implants Market Outlook

Revenue, 2025

$84.4M

Forecast, 2035

$180M

CAGR, 2026 - 2035

7.9%

The Pterygoid Implants industry revenue is expected to be around $84.4 million in 2026 and expected to showcase growth with 7.9% CAGR between 2026 and 2035. Clinicians are increasingly turning to graftless Pterygoid Implants to treat significant bone loss in the upper jaw. This trend underscores the value of this method as an alternative to time consuming procedures. These include a bone graft and the elevation of the sinus. Applications of Pterygoid Implants are heavily reliant on the Maxillary Atrophy and Sinus Bypass procedures. These two procedures make up 85.9% of all Pterygoid Implants applications. This is due to the increasing number of elderly and toothless patients. In its 2025 product mix, the company sold 30 50 mm Pterygoid Implants totaling $52.17 million. This popularity of longer implants shows that practitioners prefer using the implants in dense pterygoid bone for added primary stability during complex maxillary rehabilitation. The increased clinical trials, the introduction of computer aided planning in treatment and the growing use of Pterygoid Implants by oral and maxillofacial surgeons, has helped to establish a niche for Pterygoid Implants in the dental implants sector.

In particular, Pterygoid Implants are long lasting implants that integrate into the bone structure of the facial region known as the pterygoid. Their use is best suited to a partial dentures stabilisation in the upper jaw where the bone is weak. By placing these dental implants in the lower region of the eye socket, the need for the sinus lift surgery and for the dental bone graft can be avoided. These implants provide strong anchorage with a 30 to 50 mm length, mechanical stability and bicortical fixation. This allows immediate loading and the predictable replacement of a full jaw in severely resorbed jaw cases. Applications of this technique primarily involve managing sinus bypass and maxillary atrophy. Often the technique is combined with the use of zygomatic implants and regular dental implants to offer fixed, graftless prosthetic solutions in cases where there are implants in the back of the upper jaw that are contraindicated. Growing interest in advanced technologies, such as computer assisted surgery and cone beam CT imaging, is bringing about precise treatment planning and reduced chair times for dental implants in specialist clinics and hospitals.

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

Market Key Insights

  • The Pterygoid Implants market is projected to grow from $84.4 million in 2025 to $181 million in 2035. This represents a CAGR of 7.9%, reflecting rising demand across Maxillary Atrophy, Sinus Bypass, and Full Arch Rehabilitation.

  • The market for dental implants is dominated by a limited number of firms, specifically six major firms. These are led by Southern Implants and Noris Medical who command the largest market share.

  • In terms of geography, the Pterygoid Implants market was led by USA and Germany together, who were forecast to witness a growth in Compound Annual Growth Rate of 5.1 7.6% during 2025 2030.

  • Markets such as Brazil, the UAE and South Korea will grow at the fastest rate, estimated at 9.1 10.9% CAGR.

  • The market for Pterygoid Implants is undergoing significant development driven by factors including a shift towards computer assisted surgical technologies. The changes will create a positive cycle that will lead to an increase in value of approximately $5 million between 2026 and 2030.

  • The pterygoid implants industry is anticipated to grow by $96.1 million between 2025 and 2035. With a focus on sinus bypass and full arch rehabilitation applications, manufacturers expect to increase their market share.

  • Due to a rapid increase in dental condition incidence and the acceleration of technology development in dental treatment techniques, demand for pterygoid implants will be 114% greater in 2035 compared with 2025.

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

Opportunities in the Pterygoid Implants

Across the Asia Pacific region high volume maxillofacial surgery units are at the forefront in the adoption of digitally guided pterygoid implants. They make use of CBCT imaging coupled with surgical navigation and preoperative virtual planning in order to increase the precision of surgery for patients in a difficult posterior maxilla condition. The clinical applications of this method are being widened by its integration with complex reconstructive surgery for cancer and the use of zygomatic implant techniques in combination. The above 50mm pterygoid segment is also forecast to grow most quickly, driven by a revenue increase from 8.53 to $13.75 million by 2030. This market is expected to achieve a CAGR of 10.03% during this period. The revenue is calculated at the manufacturers level.

Growth Opportunities in North America and Asia-Pacific

The key application region for pterygoid implants in North America is sinus bypass surgery, where specialists increasingly favour graftless sinus bypass procedures over the time consuming and complex maxillary sinus bone grafting methods. The greatest potential exists in advanced systems of dental care that have full digital integration. This integration is found in Pterygoid Implants coupled with total dental care rehabilitation techniques, particularly when used in the maxilla of individuals who have lost either some or all their teeth. These dental treatments are guided by CBCT and include immediate tooth placement procedures. The market is fiercely competitive between established companies that provide dental implants and discount competitors that are becoming increasingly popular. Differentiation can be accomplished through making dental work less invasive, kits used for a specific dental drill and comprehensive training for dentists. This is vital for driving up demand. The regions implant industry is driven by several factors. These include a large number of advanced dental implant clinics, availability of three dimensional imaging technology and patient preference for fixed dental implants that avoid sinus lifts and are quicker. This region offers opportunities for investment in training facilities, digital dental implant planning services and clinical evidence programmes that focus on sinus lift avoidance.
In the Asia Pacific region, maxillary atrophy has become the most strategically significant application for pterygoid implants, because dental practitioners are looking for a cost effective solution to this problem which doesnt require extensive grafting for elderly people and those who are toothless. The main possibilities arise from a value engineered pterygoid system designed for large scale hospitals and dental implant clinics, where a pterygoid implant in conjunction with zygomatic implants and a full arch rehabilitation procedure results in predictable dental restorations for severely worn out upper jawbone cases. The market is defined by a mix of top quality products from major international companies and businesses which are rapidly improving in the region. Success in the industry depends on regionalised training in using three dimensional images to guide the placement of implants, the simplification of equipment used in surgery, and setting standard procedures for implants in the upper jaw. The key drivers of the market are the expansion of the private dental clinic sector, a growing standard of living, the increasing availability of digital imaging and a demand for minimally invasive dental implants. This results in investment in education for dentists, a range of products for different customers and partnerships with educational institutions to ensure that a particular dental technique is widely used by dentists.

Market Dynamics and Supply Chain

01

Driver: Increasing Prevalence of Edentulism Combined with Rising Demand for Graft‑Free Implant Solutions

The growing prevalence of edentulism among older adults and adults with untreated periodontal disease is also a fundamental driver of the pterygoid implants market. As tooth loss increasingly affects quality of life, patients and clinicians seek durable, fixed dental prosthetic options that extend beyond traditional removable dentures. Pterygoid implants provide a stable posterior foundation, enabling full arch rehabilitation without dependent bone volume, which expands treatment eligibility. Separately, there is also a marked shift toward graft‑free implant techniques fueled by patient preference for procedures with shorter healing times, reduced morbidity, and lower overall cost compared with bone grafting and sinus lifting. Pterygoid implants effectively bypass the maxillary sinus and severely resorbed posterior jawbone, allowing oral surgeons to deliver implant‑supported prostheses to cases previously considered complex or borderline. Together, rising edentulous populations and demand for minimally invasive, graft‑free options are also prompting dental practices to adopt pterygoid implant protocols more broadly, creating momentum for procedural training programs, digital planning software, and specialized implant designs that optimize long‑term success in challenging anatomical environments.
Advancements in digital imaging technologies, including cone beam computed tomography and computer‑assisted surgical navigation systems, are also a key driver of pterygoid implant adoption. These imaging tools allow clinicians to precisely map the complex anatomy of the posterior maxilla and pterygoid region, improving surgical planning and reducing the risk of anatomical complications. Enhanced visualization supports implant site assessment, optimal angulation, and depth control, increasing clinician confidence and broadening procedural uptake.
02

Restraint: Complex Surgical Technique and Limited Clinician Expertise Hindering Widespread Adoption

Pterygoid implant placement requires advanced surgical skill and precise anatomical knowledge of the posterior maxilla, limiting adoption among general dentists and less experienced surgeons. Many practitioners refer complex cases to specialists, narrowing the candidate pool and reducing procedure volume. This barrier slows market expansion, as training costs and longer learning curves deter clinics from investing in additional equipment or certifications, ultimately constraining demand and revenue growth for implant suppliers.
03

Opportunity: Rising demand for Pterygoid Implants from dental tourism patients in Latin American clinics and Expanding Pterygoid Implants use for severe maxillary atrophy in elderly European patients

The Latin American region presents unexplored possibilities for Pterygoid Implants in the rehabilitation of an edentulous maxilla, with patients who are middle income and are looking for immediate loading solutions finding established dental tourism routes at competitive prices. In contrast, clinics are now offering treatment solutions that dont require bone grafts. These minimally invasive treatments enable patients to leave the dental facility sooner and reduce the risks of complications that can arise from the bone grafting process. In the sector of maxillofacial implants of this size, it is estimated that cost sensitive Up To 30 mm Pterygoid Implants will experience the strongest growth in sales volume. This is consistent with revenue that is predicted to increase from $23.72 million to $32.35 million globally by the year 2030.
With rising numbers of elderly people in Europe and an increasing incidence of reduced size in the posterior region of the jaw, there is a growing need for pterygoid implants. These implants are used in place of sinus lifts and extensive bone grafting. More and more hospitals and private clinics which fit dental implants are recommending a technique of reconstructing full sets of teeth without using bone grafts. This can be achieved using implants inserted into the zygomatic and pterygoid bones. The main benefits of this treatment are shorter treatment time and lower patient morbidity. In the forecast period 30 to 50 millimetre Pterygoid implants will dominate the market with the global revenues predicted to rise from $52.17 m to $77.36 m by 2030.
04

Challenge: Higher Procedure Costs and Limited Reimbursement Options Restrict Patient Access

The overall cost of pterygoid implant procedures including imaging, surgical planning, and specialized implant components remains high compared to conventional implant treatments. Insurance coverage and reimbursement for these advanced procedures are often limited, leaving patients to pay out of pocket. As a result, price sensitivity reduces patient uptake in cost‑conscious markets, influencing clinicians to opt for more affordable alternatives and tempering revenue potential for manufacturers and dental practices.

Supply Chain Landscape

1

Biomaterial Sourcing

Titanium alloy producersZirconia biomaterial suppliers
2

Pterygoid Implants Manufacturing

Southern ImplantsNoris MedicalJDentalCare
3

Dental Implant Distribution

BioLine Dental ImplantsB&B Dental Implant Company
4

Clinical End Use

Dental implant clinicsMaxillofacial oral surgery centersHospital
Pterygoid Implants - Supply Chain

Use Cases of Pterygoid Implants in Maxillary Atrophy & Sinus Bypass

Maxillary Atrophy : In cases of severe maxillary atrophy, pterygoid implants are used as a reliable graftless solution when conventional implants fail due to insufficient bone height in the posterior maxilla. These implants are typically long, titanium fixtures designed to engage dense cortical bone in the pterygoid region, providing strong posterior anchorage without the need for sinus lifts or bone grafting. Oral surgeons and implantologists increasingly prefer pterygoid implants for graft‑free rehabilitation in dental clinics and specialized implant centers because they reduce treatment time, lower morbidity, and offer good long‑term survival rates in atrophic jaws. Companies such as Nobel Biocare, Straumann Group, Dentsply Sirona, and Zimmer Biomet lead the market with advanced surgical kits, digital planning solutions, and implant designs that optimize stability and prosthetic support in atrophic maxillary cases. 
Sinus Bypass : Pterygoid implants play a crucial role in sinus bypass procedures, offering an alternative to traditional sinus augmentation and sinus lift techniques. By anchoring implants into the pterygoid plate beyond the maxillary sinus, clinicians can circumvent anatomical limitations that often require extensive grafting and prolonged healing. This approach enables immediate loading in many cases and helps restore posterior dental function without elevating the sinus membrane, which reduces surgical complexity and patient discomfort. Leading dental implant manufacturers like Nobel Biocare and Straumann support these techniques through dedicated implant designs, digital surgical guides, and clinician training programs that enhance procedural predictability and success in complex posterior maxilla cases. 
Full Arch Rehabilitation : In full arch rehabilitation, pterygoid implants provide essential posterior support for fixed prostheses, especially when combined with anterior implants or zygomatic implants in protocols like All‑on‑4 variations. These implants help distribute occlusal forces more evenly, reduce prosthetic cantilevers, and improve biomechanical stability for edentulous patients. Dental surgeons use guided implant planning and immediate loading protocols to enable rapid restoration of function and aesthetics, even in severely resorbed maxillae. Top players in this segment, including Straumann, Nobel Biocare, and BioHorizons, offer comprehensive full arch solutions, digital planning software, and specialized training to support complex implant rehabilitation workflows with high success and patient satisfaction. 

Recent Developments

Recent developments in the pterygoid implants market highlight growing use of digital implant planning, 3D printed custom fixtures, and immediate loading protocols to address maxillary atrophy and sinus bypass challenges. A key trend is the adoption of CAD/CAM‑based surgical guides and cone‑beam CT imaging, improving placement accuracy and reducing complications. Major mini dental implant manufacturers are integrating patient‑specific implant solutions and advanced prosthetic rehabilitation systems, enhancing clinician confidence and expanding indications for full arch rehabilitation in atrophic jaws.

December 2024 : DentCare Dental Lab has significantly expanded its production capabilities to meet the growing need, for Pteryoid Implants. This reflects market trends.
October 2024 : Align Technology launched an upgraded version of their Pteryogid Implants that boast enhanced compatibility and longevity. This update reflects the technological advancements, in the market.
September 2024 : OsseoDen revealed their groundbreaking Pterygod Implants created using 3d printing technology. They aim to meet the changing market demands and pave the way for advancements, in the industry.

Impact of Industry Transitions on the Pterygoid Implants Market

As a core segment of the Medical Device industry, the Pterygoid Implants market develops in line with broader industry shifts. Over recent years, transitions such as A Shift Towards Computer-Assisted Technologies and Rising Demand for CAD/CAM Fabricated Implants have redefined priorities across the Medical Device sector, influencing how the Pterygoid Implants market evolves in terms of demand, applications and competitive dynamics. These transitions highlight the structural changes shaping long-term growth opportunities.
01

A Shift Towards Computer-Assisted Technologies

The adoption of computer assisted surgery and guided surgery in the Pterygoid Implants market is causing investment strategies and clinical procedures to change. Complex maxillofacial surgical procedures are resulting in lower surgical risks and more stable implants through the combination of digital workflow, 3D imaging, navigation and CBCT planning systems. New surgical technologies are greatly improving outcomes and also enhancing the financial appeal of the market. By 2030 this is forecast to be worth around $5 million more than it would have been had the technology not only developed in this way. As digital capabilities are rolled out more extensively across the market, those with a stake in Pterygoid Implants can anticipate a situation where there is a continuous improvement in case volumes, and therefore higher revenues, and greater investment.
02

Rising Demand for CAD/CAM Fabricated Implants

The rising demand for CAD/CAM fabricated pterygoid implants is transforming the dental implant industry by enabling highly personalized solutions for patients with complex maxillary anatomy. Customized implant designs improve fit, surgical accuracy, and prosthetic outcomes, reducing the need for grafting or secondary procedures. This shift impacts dental manufacturing, imaging, and surgical guide sectors, as companies invest in advanced 3D printing systems, digital scanners, and planning software to meet growing personalization requirements. Market leaders like Straumann, Nobel Biocare, and Zimmer Biomet are leveraging CAD/CAM workflows and virtual planning tools to streamline production, enhance clinical predictability, and expand patient-specific treatment options. These technological adaptations not only improve implant success rates but also create opportunities for adjacent industries, including dental software providers and medical device suppliers, to innovate and capture new revenue streams.