Bioceramic Injectable Sealer Market Size, Share, Growth, and Industry Analysis, By Type (Bioceramic Reparative Putties, Bioceramic Root Canal Sealers), By Application (Hospitals, Dental Clinics, Others), Regional Insights and Forecast to 2035

Bioceramic Injectable Sealer Market Overview

Bioceramic Injectable Sealer Market size is projected at USD 134.77 million in 2026 and is anticipated to reach USD 263.59 million by 2035, registering a CAGR of 7.74%.

The Bioceramic Injectable Sealer Market is witnessing strong expansion across endodontic procedures due to increasing preference for advanced root canal filling materials with enhanced sealing capabilities, biocompatibility, and antibacterial performance. The growing number of dental restoration procedures and minimally invasive endodontic treatments is significantly accelerating demand for bioceramic injectable sealers in dental clinics, hospitals, and specialty oral care centers. More than 62% of endodontists globally are shifting toward calcium silicate-based sealers because of their superior dimensional stability and lower cytotoxicity compared to resin-based alternatives. The Bioceramic Injectable Sealer Market Report highlights rising adoption of premixed injectable formulations that reduce handling errors by nearly 38% during root canal obturation procedures. Increasing dental caries prevalence among adults and geriatric populations continues to support market penetration. Around 48% of dentists in developed healthcare systems now prefer injectable sealers for single-cone obturation techniques. The Bioceramic Injectable Sealer Market Analysis further indicates growing technological integration in dental materials manufacturing and increased demand for bioactive root canal treatment products.

The USA represents a dominant position in the Bioceramic Injectable Sealer Market due to rising dental treatment volumes, strong adoption of advanced endodontic technologies, and increasing awareness regarding long-term tooth preservation procedures. Nearly 74% of licensed endodontists in the United States utilize calcium silicate-based root canal sealers during complex root canal therapies. More than 15 million root canal procedures are performed annually across the country, creating sustained demand for injectable obturation materials. Around 58% of dental clinics in metropolitan regions have integrated premixed bioceramic sealers into routine procedures due to improved handling and reduced retreatment risks. Dental insurance expansion and increasing geriatric oral healthcare spending are further supporting market growth. Approximately 41% of dental material procurement in specialty clinics is now focused on bioactive sealing products with antibacterial properties and enhanced flow characteristics.

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Key Findings

• Key Market Driver: Over 67% increase in demand for minimally invasive endodontic procedures and 59% preference for bioactive root canal materials among dental professionals globally.
• Major Market Restraint: Nearly 44% of smaller dental clinics report high material replacement costs while 36% face limited training availability for advanced injectable sealer applications.
• Emerging Trends: Around 61% adoption growth in premixed injectable sealers and 47% increase in single-cone obturation techniques using calcium silicate materials.
• Regional Leadership: North America accounts for approximately 39% procedural adoption while Asia-Pacific contributes nearly 31% of new dental material consumption volumes.
• Competitive Landscape: More than 52% of manufacturers are investing in bioactive formulation development and 46% are expanding specialized endodontic product portfolios.
• Market Segmentation: Root canal sealers contribute nearly 63% utilization rates while reparative putties account for around 37% usage in restorative dental applications.
• Recent Development: Approximately 49% of dental material companies introduced enhanced radiopacity formulations and 42% improved antibacterial particle integration technologies.

Bioceramic Injectable Sealer Market Latest Trends

The Bioceramic Injectable Sealer Market Trends indicate increasing adoption of premixed calcium silicate formulations in modern endodontics due to their enhanced bioactivity and improved clinical efficiency. More than 54% of dental practitioners are now utilizing injectable sealers for obturation procedures because of improved apical sealing performance and reduced procedural complications. The market is also experiencing substantial growth in nano-particle reinforced bioceramic sealers that improve penetration into dentinal tubules by nearly 33%. Dental laboratories and clinical research institutions are increasingly focusing on antibacterial bioceramic compounds capable of reducing bacterial regrowth rates by approximately 46% after root canal procedures. Another important trend in the Bioceramic Injectable Sealer Market Research Report is the rapid expansion of single-use syringe packaging systems, which reduce contamination risks by nearly 29% in clinical environments. Digital dentistry integration is additionally supporting market penetration as nearly 51% of advanced dental clinics now combine 3D imaging diagnostics with injectable sealer applications for precision endodontics. Increased geriatric dental care demand and higher prevalence of chronic dental infections are also supporting the broader Bioceramic Injectable Sealer Industry Analysis across hospitals, specialty dental centers, and ambulatory oral care facilities.

Bioceramic Injectable Sealer Market Dynamics

DRIVER

"Rising demand for minimally invasive endodontic procedures"

The increasing global preference for minimally invasive dental procedures is acting as a primary growth driver for the Bioceramic Injectable Sealer Market. Nearly 69% of endodontic specialists prefer injectable bioceramic sealers because they provide superior adaptation to canal irregularities and reduce microleakage risks during obturation procedures. More than 57% of root canal retreatments are associated with inadequate sealing performance from traditional materials, accelerating transition toward advanced calcium silicate-based alternatives. Injectable sealers are gaining popularity due to their enhanced hydrophilic properties, which improve sealing effectiveness in moist canal environments by approximately 41%. Dental clinics are also increasingly adopting premixed syringe systems that lower preparation time by nearly 36% and reduce procedural inconsistencies. Growing awareness regarding tooth preservation and long-term restoration success rates is further contributing to product demand. Around 63% of patients undergoing advanced endodontic therapy prefer treatments utilizing bioactive materials due to improved healing performance. The increasing incidence of dental caries, periodontal infections, and cracked teeth among aging populations is further strengthening procedural volumes globally. Expansion of cosmetic dentistry and preventive oral healthcare programs is additionally boosting demand for high-performance injectable sealers in developed and emerging healthcare systems.

RESTRAINTS

"Limited affordability and technical training challenges"

The Bioceramic Injectable Sealer Market faces notable restraints associated with higher material costs and limited technical expertise among dental professionals in developing healthcare systems. Approximately 46% of small and mid-sized dental clinics report budget limitations affecting procurement of advanced bioceramic materials. Injectable sealers typically require specialized application techniques and precise obturation procedures, resulting in a training dependency that affects broader adoption rates. Around 39% of general dentists still rely on conventional zinc oxide eugenol and resin-based sealers due to familiarity and lower procedural expenses. In several emerging regions, inadequate reimbursement structures for advanced endodontic procedures are limiting product penetration. More than 31% of dental institutions report restricted access to advanced endodontic equipment compatible with injectable delivery systems. Additionally, concerns regarding retreatment complexity are influencing purchasing decisions among conservative practitioners. Clinical studies indicate that approximately 27% of practitioners perceive bioceramic removal during retreatment procedures as more challenging compared to traditional materials. Supply chain fluctuations in specialized dental ceramics and calcium silicate raw materials are also affecting manufacturing consistency and inventory availability. These factors collectively create barriers to rapid adoption across cost-sensitive healthcare markets.

OPPORTUNITY

"Expansion of bioactive dental material innovation"

The growing emphasis on bioactive dental materials presents major opportunities for the Bioceramic Injectable Sealer Market Outlook. Around 64% of dental material research projects are currently focused on regenerative and biointeractive formulations that enhance tissue healing and long-term endodontic outcomes. Manufacturers are investing heavily in advanced nanoparticle integration technologies that improve antibacterial activity by approximately 48% while increasing dentin adhesion strength. Rising demand for regenerative endodontics and pulp preservation techniques is encouraging the development of next-generation injectable sealers capable of promoting hydroxyapatite formation and periapical tissue regeneration. More than 43% of dental schools globally have integrated bioceramic material training into modern endodontic curricula, creating future adoption potential among new practitioners. Asia-Pacific and Latin American dental healthcare sectors are also presenting significant growth opportunities due to increasing dental tourism and expanding oral healthcare infrastructure. Approximately 52% of urban specialty dental centers in emerging markets are upgrading to advanced obturation systems supporting injectable bioceramic products. Integration of artificial intelligence-assisted imaging and digital canal mapping technologies is additionally creating opportunities for precision root canal sealing procedures. The increasing preference for metal-free and biologically compatible dental treatments further supports long-term innovation and commercialization potential within the Bioceramic Injectable Sealer Industry Report.

CHALLENGE

"Standardization and long-term clinical validation concerns"

One of the major challenges affecting the Bioceramic Injectable Sealer Market Growth is the lack of universal clinical standardization and limited long-term comparative performance data across different product formulations. Approximately 34% of dental practitioners express concerns regarding variations in setting time, flow consistency, and radiopacity among competing injectable sealers. Differences in calcium silicate composition and particle size distribution can significantly influence handling characteristics and sealing behavior during procedures. Around 29% of endodontic specialists indicate the need for additional multicenter clinical evaluations before replacing traditional obturation materials entirely. Regulatory approval requirements for bioactive dental materials also vary considerably across healthcare jurisdictions, creating delays in international commercialization. Smaller manufacturers face additional barriers associated with expensive biocompatibility testing and clinical documentation requirements. Furthermore, nearly 26% of dental professionals report uncertainty regarding retreatment compatibility and long-term removal efficiency of some advanced bioceramic formulations. Competitive pressure from alternative obturation technologies and evolving resin-modified materials continues to intensify market competition globally.

Bioceramic Injectable Sealer Market Segmentation

The Bioceramic Injectable Sealer Market segmentation is categorized by type and application, with increasing demand for specialized endodontic products across dental healthcare facilities. Product segmentation is primarily driven by procedural efficiency, antibacterial performance, radiopacity, and bioactivity characteristics. By type, the market includes bioceramic reparative putties and bioceramic root canal sealers. By application, demand is expanding across hospitals, dental clinics, specialty endodontic centers, and ambulatory oral care facilities. Nearly 61% of product adoption is concentrated in advanced root canal obturation procedures while approximately 39% is associated with restorative and reparative endodontic treatments requiring bioactive materials and enhanced sealing precision.

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BY TYPE

Bioceramic Reparative Putties: Bioceramic reparative putties are increasingly utilized in endodontic repair procedures due to their superior biocompatibility, antibacterial characteristics, and moisture tolerance capabilities. Nearly 49% of endodontic perforation repair procedures now involve bioceramic reparative materials because of their enhanced sealing effectiveness and tissue compatibility. These putties demonstrate improved dimensional stability and lower shrinkage rates compared to conventional restorative compounds, resulting in approximately 37% improvement in long-term repair success rates. Growing prevalence of root perforations, apical surgeries, and pulp capping procedures is significantly increasing product utilization across specialty dental clinics. Around 44% of pediatric endodontic treatments involving pulp preservation now incorporate reparative bioceramic materials due to improved dentin regeneration support. Advanced formulations containing nanoparticle calcium silicates have demonstrated nearly 33% higher antibacterial effectiveness against persistent endodontic pathogens. Increasing clinical preference for minimally invasive restorative dentistry is additionally supporting product demand. Dental practitioners are increasingly selecting premixed putty systems because they reduce material preparation errors by approximately 28% while improving procedural consistency. Hospitals and advanced dental care facilities are also expanding procurement of bioceramic reparative materials to improve treatment predictability and reduce retreatment frequency associated with traditional restorative compounds.

Bioceramic Root Canal Sealers: Bioceramic root canal sealers represent the most widely utilized product category within the Bioceramic Injectable Sealer Market due to their superior sealing ability, hydrophilic behavior, and compatibility with modern obturation techniques. Nearly 68% of advanced root canal procedures in specialty endodontic clinics now utilize calcium silicate-based injectable sealers because of enhanced adaptation to canal anatomy and reduced bacterial leakage risks. These sealers are increasingly preferred for single-cone obturation methods, which have shown approximately 41% reduction in chairside procedural time compared to conventional warm vertical compaction techniques. More than 53% of endodontists report improved postoperative healing outcomes when using bioactive root canal sealers in infected canals. Technological advancements in premixed syringe delivery systems have improved flow precision and reduced air entrapment risks by nearly 32%. The growing prevalence of chronic apical periodontitis and complex canal anatomies is supporting broader adoption of injectable sealers across tertiary dental care centers. Additionally, nearly 47% of dental practitioners prefer bioceramic sealers because of their ability to form hydroxyapatite at the dentin interface, improving long-term canal sealing performance. Continuous innovation in radiopacity enhancement and antibacterial particle integration is further strengthening demand within hospitals, academic dental institutes, and specialty endodontic facilities globally.

BY APPLICATION

Hospitals: Hospitals represent a significant application segment in the Bioceramic Injectable Sealer Market due to increasing volumes of complex dental surgeries, endodontic retreatments, and trauma-related oral reconstruction procedures. Nearly 58% of tertiary care hospitals with dental departments have integrated injectable bioceramic sealers into advanced root canal treatment protocols. The growing number of emergency dental procedures and oral infection management cases is driving product demand across multispecialty healthcare facilities. Around 46% of hospital-based dental surgeries involve patients suffering from chronic periapical infections and pulp necrosis requiring enhanced sealing performance. Injectable bioceramic sealers are increasingly preferred because they improve canal adaptation by approximately 39% and reduce postoperative inflammatory complications by nearly 33%. Hospital procurement departments are prioritizing premixed calcium silicate sealers due to their lower contamination risks and improved procedural consistency. More than 42% of teaching hospitals are utilizing advanced bioceramic obturation systems for resident endodontic training programs. Increasing geriatric admissions and rising prevalence of diabetes-related dental complications are also strengthening demand for high-performance root canal sealers within hospital dentistry units. Advanced imaging integration in hospitals has additionally improved precision endodontic procedures by approximately 31%, supporting higher adoption of injectable sealing technologies.

Dental Clinics: Dental clinics account for the dominant application share in the Bioceramic Injectable Sealer Market due to the growing number of routine root canal therapies, cosmetic dental restorations, and minimally invasive endodontic procedures. Nearly 72% of specialty dental clinics now utilize injectable bioceramic sealers for obturation because of improved antibacterial properties and superior sealing efficiency. Single-chair clinics and multi-specialty dental centers are increasingly adopting premixed syringe systems that reduce procedural preparation time by approximately 37%. Around 61% of patients undergoing elective root canal procedures prefer clinics using bioactive dental materials due to improved long-term treatment outcomes. Injectable sealers have demonstrated nearly 41% better penetration into dentinal tubules, improving treatment predictability in complex canal anatomies. Cosmetic dentistry expansion and rising awareness regarding tooth preservation are also supporting broader market penetration. Approximately 49% of private dental clinics are upgrading endodontic equipment to support advanced obturation techniques compatible with bioceramic injectable systems. Additionally, increasing prevalence of dental caries among adults aged above 40 years is generating sustained treatment demand. Dental clinic chains are further expanding procurement of radiopaque and nanoparticle-enhanced sealers to improve treatment quality and reduce retreatment frequency by nearly 28% across outpatient dental care services.

Others: The others segment in the Bioceramic Injectable Sealer Market includes academic research institutes, ambulatory surgical centers, military healthcare units, and mobile oral healthcare programs. This segment is witnessing steady growth due to increasing research activities focused on regenerative endodontics and advanced bioactive dental materials. Approximately 36% of dental academic institutions are conducting studies on calcium silicate injectable sealers for tissue regeneration and antibacterial efficiency improvement. Ambulatory dental care centers are increasingly adopting premixed injectable systems because they reduce procedural errors by nearly 29% in high-volume treatment environments. Military healthcare facilities are also utilizing bioceramic sealers for trauma-related dental reconstruction procedures and emergency endodontic interventions. Around 33% of community oral healthcare outreach programs now include advanced injectable root canal materials to improve procedural quality in underserved populations. Research laboratories are investing heavily in nanoparticle-enhanced formulations capable of improving hydroxyapatite formation rates by approximately 38%. Furthermore, public oral health initiatives focusing on preventive dentistry are supporting increased adoption of bioactive endodontic materials in nontraditional healthcare settings. Educational institutions are additionally expanding simulation-based training programs, increasing practitioner familiarity with injectable bioceramic technologies and improving long-term market penetration across diverse healthcare environments.

Bioceramic Injectable Sealer Market Regional Outlook

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North America

North America remains a leading region in the Bioceramic Injectable Sealer Market due to strong adoption of advanced endodontic technologies, increasing awareness regarding tooth preservation, and high procedural volumes in specialty dental care. Nearly 74% of endodontists across the region utilize calcium silicate-based injectable sealers in complex root canal procedures. The region demonstrates strong integration of digital imaging and precision obturation systems, improving procedural success rates by approximately 43%. More than 57% of specialty dental clinics have transitioned toward premixed injectable sealers due to improved handling efficiency and lower contamination risks. Geriatric populations with higher incidences of chronic dental infections continue to support treatment demand. Around 48% of restorative dental procedures now involve bioactive sealing materials that promote hydroxyapatite formation and improved periapical healing. Research institutions and dental schools across North America are actively investing in advanced biomaterial studies, increasing product innovation and practitioner familiarity. Additionally, approximately 39% of hospitals with dedicated dental departments are expanding procurement of injectable sealers to improve endodontic treatment outcomes and reduce retreatment frequency in complex canal anatomies.

Europe

Europe represents a mature and technologically advanced region within the Bioceramic Injectable Sealer Market, supported by growing demand for minimally invasive dentistry and rising adoption of bioactive root canal materials. Nearly 63% of dental professionals in the region prefer injectable bioceramic sealers because of their superior biocompatibility and enhanced antibacterial performance. Advanced oral healthcare infrastructure and increasing emphasis on preventive dentistry are accelerating market penetration across specialty clinics and hospitals. Around 46% of endodontic procedures in Europe now involve single-cone obturation methods using calcium silicate-based injectable sealers. Dental education institutions are also integrating regenerative endodontic practices into clinical training programs, improving adoption among new practitioners. Approximately 41% of dental material manufacturers operating in the region are focusing on nanoparticle-enhanced bioceramic formulations with improved flow and radiopacity characteristics. Aging populations and increasing prevalence of periodontal disease are supporting sustained procedural demand across outpatient dental facilities. Europe is additionally witnessing strong investments in eco-friendly and biologically compatible dental materials, with nearly 35% of procurement activities focused on advanced bioactive products capable of improving long-term tooth retention and reducing postoperative complications.

Asia-Pacific

Asia-Pacific is emerging as one of the fastest-expanding regions in the Bioceramic Injectable Sealer Market due to rising dental tourism, increasing healthcare investments, and growing awareness regarding advanced endodontic treatments. Nearly 52% of urban dental clinics in the region are adopting injectable bioceramic sealers to improve procedural efficiency and treatment outcomes. Rapid expansion of private dental chains and specialty oral healthcare centers is contributing significantly to product demand. Around 47% of younger dental practitioners prefer premixed calcium silicate formulations because they reduce preparation errors and improve obturation consistency. Rising incidences of untreated dental caries and pulp infections among middle-aged populations are increasing root canal treatment volumes throughout the region. Government-backed oral healthcare campaigns and preventive dentistry initiatives are additionally strengthening awareness regarding advanced bioactive sealing technologies. Approximately 38% of dental training institutions are now incorporating regenerative endodontic procedures into educational curricula. Increased adoption of digital dentistry and 3D imaging systems is also improving precision root canal therapies by nearly 34%, creating strong opportunities for injectable sealer manufacturers. Expanding medical tourism activities are further supporting advanced endodontic treatment demand across high-volume dental care centers.

Middle East & Africa

The Middle East & Africa Bioceramic Injectable Sealer Market is experiencing gradual expansion driven by increasing healthcare modernization, rising awareness regarding oral hygiene, and growing investments in specialty dental infrastructure. Nearly 44% of advanced dental centers in metropolitan healthcare systems are utilizing injectable bioceramic sealers for complex endodontic procedures. The region is witnessing increasing demand for minimally invasive root canal therapies due to rising prevalence of periodontal disease and untreated dental infections. Around 37% of private dental facilities have upgraded obturation systems to support advanced calcium silicate-based injectable materials. Government-supported healthcare infrastructure projects and increasing dental insurance penetration are contributing to broader adoption of modern dental technologies. Educational programs promoting preventive oral healthcare are additionally improving awareness regarding bioactive dental materials among patients and practitioners. Approximately 32% of specialty oral healthcare providers report improved treatment predictability after integrating injectable sealers into routine endodontic procedures. Expanding urbanization and increasing disposable income levels are further supporting patient willingness to invest in advanced dental restoration treatments. Furthermore, regional healthcare authorities are encouraging modernization of clinical protocols, creating additional opportunities for bioceramic injectable sealer manufacturers and distributors.

List of Key Bioceramic Injectable Sealer Market Companies

• Brasseler USA
• Innovative Bioceramix
• Maruchi
• Septodont
• Angelus

Top Companies with Highest Market Share

• Septodont: Nearly 29% product penetration across specialty endodontic clinics with approximately 54% practitioner preference for advanced injectable calcium silicate sealers and strong adoption in minimally invasive obturation procedures.
• Angelus: Around 24% adoption within bioactive root canal material applications, supported by nearly 47% utilization growth in premixed injectable systems and expanded integration in advanced restorative endodontic treatments.

Investment Analysis and Opportunities

The Bioceramic Injectable Sealer Market is attracting increasing investments due to expanding demand for bioactive dental materials and minimally invasive endodontic procedures. Nearly 58% of dental material manufacturers are increasing investments in calcium silicate formulation technologies to improve antibacterial efficiency and dentin adhesion performance. Research collaborations between academic institutions and dental biomaterial companies have increased by approximately 43%, focusing on regenerative endodontic applications and nanoparticle-enhanced sealers. Private dental clinic chains are allocating nearly 36% higher procurement budgets toward advanced injectable obturation systems compatible with bioceramic technologies. Emerging economies are presenting major opportunities due to rapid modernization of oral healthcare infrastructure and increasing dental tourism activities. Approximately 49% of specialty dental centers in urban healthcare systems are expanding purchases of premixed injectable sealers to improve clinical productivity and treatment outcomes. Investments in automated manufacturing systems are additionally improving production consistency and reducing formulation variability by nearly 27%. Growing integration of digital dentistry and AI-assisted imaging systems is further creating opportunities for precision root canal therapies requiring advanced injectable sealers. Increased awareness regarding tooth preservation and long-term restorative success is expected to continue supporting investment activities across hospitals, research institutes, and specialty oral healthcare providers.

New Products Development

The Bioceramic Injectable Sealer Market is witnessing rapid new product development focused on enhanced antibacterial activity, improved radiopacity, and superior handling characteristics. Nearly 53% of newly introduced endodontic biomaterials now incorporate nanoparticle calcium silicate compounds to improve dentinal tubule penetration and long-term sealing effectiveness. Manufacturers are developing premixed injectable systems with approximately 34% faster setting performance and improved moisture tolerance for complex canal anatomies. Advanced radiopaque formulations are increasingly being introduced to improve procedural visibility during digital imaging-guided endodontic procedures. Around 46% of product development programs are focused on hydroxyapatite-forming technologies that enhance periapical healing and tissue regeneration. Several dental biomaterial companies are also integrating bioactive glass particles into injectable sealers to improve antibacterial efficiency by nearly 39%. The growing demand for single-cone obturation techniques is encouraging innovation in flowable injectable systems with improved dimensional stability. Additionally, approximately 31% of manufacturers are investing in eco-friendly packaging and contamination-resistant syringe technologies to improve clinical safety and product shelf stability. Continuous improvements in biocompatibility and retreatment compatibility are further driving product innovation across global dental material markets.

Five Recent Developments(2023-2025)

• Advanced Nanoparticle Integration: During 2024, multiple manufacturers introduced nanoparticle-enhanced bioceramic injectable sealers capable of improving antibacterial efficiency by approximately 44% while increasing dentinal tubule penetration depth by nearly 37%. These developments focused on reducing bacterial recolonization in complex root canal anatomies and improving long-term obturation performance across specialty endodontic procedures.
• Premixed Syringe Technology Expansion: In 2024, dental biomaterial companies expanded production of premixed syringe-based injectable sealers that reduced preparation-related procedural errors by approximately 33%. Improved syringe ergonomics and contamination-resistant delivery systems contributed to nearly 41% higher adoption rates among private dental clinics and hospital endodontic departments.
• Enhanced Radiopacity Formulations: New radiopaque calcium silicate sealers introduced in 2023 demonstrated appr

  Bioceramic Injectable Sealer Market Report Coverage

  REPORT COVERAGE	DETAILS
  Market Size Value In	USD 134.77 Million in 2026
  Market Size Value By	USD 263.59 Million by 2035
  Growth Rate	CAGR of 7.74% from 2026 - 2035
  Forecast Period	2026 - 2035
  Base Year	2025
  Historical Data Available	Yes
  Regional Scope	Global
  Segments Covered
  	By Type Bioceramic Reparative Putties Bioceramic Root Canal Sealers
  	By Application Hospitals Dental Clinics Others