Root canal therapy has evolved significantly over the past decade, yet many clinicians continue to rely on traditional resin or zinc oxide eugenol–based sealers simply because they were trained to use them. While these materials have a long clinical history, advances in endodontic science now offer an effective alternative: bioceramic root canal sealers.
There is a growing trend among dental professionals toward next-generation materials such as Angelus Bio-C Sealer, an advanced bioceramic sealer designed to support predictable, long-term root canal outcomes.
Unlike many traditional RC sealers, BIO-C SEALER is designed not only to seal but to actively participate in the healing process.
Conventional RC sealers (such as epoxy resin-based or zinc oxide–eugenol formulations) have been widely used for decades. However, these materials can come with limitations. These include:
While clinically acceptable when used correctly, these materials could be regarded as largely passive fillers, not biologically interactive.
Modern endodontics increasingly prioritises not just obturation, but biological healing and long-term periapical regeneration.
Bioceramic sealers are calcium-silicate–based materials designed to interact positively with biological tissues. Their rise in popularity is supported by a growing body of endodontic research and clinical adoption.
Key advantages of bioceramic root canal sealers include:
Bioactivity and hydroxyapatite formation - Bioceramics release calcium ions and form hydroxyapatite upon setting, promoting a biologically active seal and encouraging periapical healing.
Moisture-friendly setting reaction - Unlike resin-based sealers, bioceramics use moisture present in dentinal tubules to set - reducing technique sensitivity.
Dimensional stability - No polymerisation shrinkage means improved sealing ability and reduced risk of microleakage.
Alkaline pH with antimicrobial effect - High pH during setting provides a sustained antibacterial environment, helping reduce residual microbial load.
Biocompatibility - Studies consistently show low cytotoxicity and excellent tissue response compared with many traditional sealers.
Improved long-term sealing potential - Chemical bonding with dentine and formation of mineral infiltration zones support durable obturation.
Switching to a bioceramic sealer is not only about material science - it can also have practical, chairside implications:
For endodontists managing complex cases, particularly retreatments or anatomically challenging canals, these advantages can be clinically significant.
Among the available options, Angelus BIO-C SEALER stands out as a high-performance bioceramic root canal sealer designed for modern endodontic workflows.
Manufactured using advanced calcium silicate technology, it is engineered to combine biological activity with excellent handling properties.
Key Features of Angelus Bio-C Sealer
For clinicians, the benefits translate directly into everyday practice:
These features make it particularly attractive when trying to improve efficiency without compromising clinical outcomes.
Angelus BIO-C SEALER is available to buy exclusively from our online store. All orders come with free next working day delivery and are 100% fully guaranteed.
Other products in the Angelus root canal solutions range include MTA ANGELUS and MTA FILLAPEX.
A bioceramic sealer is a calcium silicate–based root canal sealer that interacts with biological tissues, promoting hydroxyapatite formation and improving the seal within the root canal system.
Traditional sealers are largely inert and may shrink upon setting. Bioceramic sealers are bioactive, dimensionally stable, and capable of bonding with dentine.
Yes. It is designed for both specialists and general dentists, particularly those using single-cone or cold obturation techniques.
No. Angelus BIO-C SEALER is premixed and supplied in an injectable syringe for consistent application.
Key benefits include improved sealing ability, bioactivity, reduced microleakage risk, and better compatibility with modern endodontic techniques.