Ceramir® Restore QuikCap is a resin-free and self-curing bioceramic restorative material. By combining a conventional glass ionomer with the Ceramir technology, a tissue friendly and bioactive material is achieved.
It can be used in the same indications as the conventional glass ionomer restoratives but with the added benefit of lower acid solubility, better chemical integration with teeth and beneficial mineralization properties. The continuous release of calcium and fluoride ions combined with a unique level of biocompatibility make this product especially well-suited for use in pediatric and geriatric dentistry. Ceramir Restore is the latest and greatest addition to the Doxa product line. This product is a huge asset in treating high risk decay patients When to use Ceramir Restore:
Key advantangesPermanent seal of tooth-material interface
Permanent seal of
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Ceramir Restore QuikCap is part bioceramic and part glass-ionomer and utilizes both chemistries to create chemical integration and a permanent seal with teeth. Glass ionomers bond to the tooth structure by the attraction between the polyacid and the dentin mineral. The bioceramic material forms a chemical seal by growing its crystals directly from the tooth structure [1].
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Products within the Ceramir family all induce apatite formation [2], which heals the material by filling crevices and sealing small interfacial gaps [3].
Durable
Ceramir Restore QuikCap has the ability to protect itself against acid attack by releasing hydroxyl ions and neutralizing the acid. While releasing hydroxyl ions the surface remodels and a dense and acid resistant surface is achieved, resulting in much lower acid erosion than other conventional glass ionomers [4].
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Low post-op sensitivity
Strengthening of the surrounding dentin and enamel
Ceramir Restore QuikCap has a continuous calcium and fluoride release. Fluoride is well used within dentistry to help strengthen enamel, which it does by the formation of fluoride substituted hydroxyapatite.
The calcium release combined with the alkaline pH create an optimal environment to rebuild the surrounding dentin and enamel. The Ceramir technology has been shown to rebuild and strengthen the dentin after an attack by caries [7].
The calcium release combined with the alkaline pH create an optimal environment to rebuild the surrounding dentin and enamel. The Ceramir technology has been shown to rebuild and strengthen the dentin after an attack by caries [7].
Shade development
6 min, 1 day, and 7 days.
PRODUCT ONLY AVAILABLE IN USA
Product demonstration
Product Information
Manufacturer name: Doxa Dental AB (Sweden)
Manufacturer item code: 40038
Manufacturer item code: 40039 (5 pack)
Product category: Dental Restorative
Product subcategory: Glass ionomer
Packaging: Paper box. 5/20 foiled capsules and Instructions for Use and Short guide
Packaging size: Height 64mm, witdh 187mm, depth 80mm
Packaging weight: Approx. 133g/0.29 pounds per box
Capsule: Each capsule - 0,13ml mixed cement
Storage: Store between 4°C/39°F and 20°C/68°F
Manufacturer item code: 40038
Manufacturer item code: 40039 (5 pack)
Product category: Dental Restorative
Product subcategory: Glass ionomer
Packaging: Paper box. 5/20 foiled capsules and Instructions for Use and Short guide
Packaging size: Height 64mm, witdh 187mm, depth 80mm
Packaging weight: Approx. 133g/0.29 pounds per box
Capsule: Each capsule - 0,13ml mixed cement
Storage: Store between 4°C/39°F and 20°C/68°F
QuikCap
The cement is supplied in our QuikCap capsule, for easy mixing and direct application. Each capsule provides a mixed volume of at least 0.13 ml material.
DOCUMENTS

IFU Ceramir Restore QuikCap | |
File Size: | 505 kb |
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Ceramir Restore Product Sheet | |
File Size: | 1763 kb |
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Ceramir Restore Salesfolder | |
File Size: | 2168 kb |
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SDS

SDS Ceramir Restore QuikCap USA | |
File Size: | 122 kb |
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[1] H. Engqvist et al., Chemical and biological integration of a mouldable bioactive ceramic material capable of forming apatite in vivo in teeth, Biomaterials 2005
[2] J. Loof et al., A comparative study of the bioactivity of three materials for dental applications, Dental materials, 2008
[3] S.R. Jefferies et al., Preliminary Evidence That Bioactive Cements Occlude Artificial Marginal Gaps, Journal of Esthetic and Restorative Dentistry 2015
[4] Data on file, Doxa Dental AB
[5] S.R. Jefferies et al., Prospective Observation of a New Bioactive Luting Cement: 2-Year Follow-Up, Journal of Prosthodontics 2011
[6] J.C. Marvin et al., In Vitro Evaluation of Cell Compatibility of Dental Cements Used with Titanium Implant Components, Journal of Prosthodontics, 2018
[7] L.S. Alhuwayrini, Dentin Remineralization Around Ceramir Restoration, thesis from University of Pennsylvania 2016
[2] J. Loof et al., A comparative study of the bioactivity of three materials for dental applications, Dental materials, 2008
[3] S.R. Jefferies et al., Preliminary Evidence That Bioactive Cements Occlude Artificial Marginal Gaps, Journal of Esthetic and Restorative Dentistry 2015
[4] Data on file, Doxa Dental AB
[5] S.R. Jefferies et al., Prospective Observation of a New Bioactive Luting Cement: 2-Year Follow-Up, Journal of Prosthodontics 2011
[6] J.C. Marvin et al., In Vitro Evaluation of Cell Compatibility of Dental Cements Used with Titanium Implant Components, Journal of Prosthodontics, 2018
[7] L.S. Alhuwayrini, Dentin Remineralization Around Ceramir Restoration, thesis from University of Pennsylvania 2016