Optimal aesthetics. Enhanced efficiency.
Empower your dental practice with the cutting-edge product lineup from Ivoclar, enabling you to optimise your filling procedures for enhanced efficiency while delivering beautiful smiles to your patients.
Effortless moisture control
Isolate with OptraGate®
Discover the latex-free solution for comfortable and efficient isolation during dental procedures.
- Swift and effective relative isolation[1].
- Uniform retraction of lips and cheeks, ensuring easy access and management of the treatment area.
- Enhanced patient comfort throughout the procedure
Adhese® Universal for versatile bonding
Adhese Universal serves as a versatile, light-curing, singlecomponent adhesive suitable for both direct and indirect[2] bonding procedures, compatible with every etching protocol.
- Uses the unique and innovative VivaPen delivery system.
- Exceptional application economy, offering quadrupled applications per millilitre when compared to conventional bottles[3].
- A superior bond strength on both wet and dry dentine, exceeding 25 MPa[4].
- Compatible with every etching protocol.
Comprehensive cavity solutions
Restore with the Tetric® line
Tetric Line contains a range of composite resins tailored to facilitate time-efficient workflows while ensuring natural-looking results.
- Minimised procedure times with reliable curing of 4-mm increments.
- High-quality, modern composites, providing predictable outcomes.
- Significant time savings of up to 51%[5] in posterior restorations.
Easy contouring with anti-stick technology
Master contouring with OptraSculpt®
The OptraSculpt contouring instrument is specifically designed for hassle-free contouring and shaping of unpolymerised sculptable composites, invaluable for its non-stick properties.
- Perfect for anterior and posterior work with non-stick properties and versatile working angles.
- Creates a homogeneous surface texture to enhance aesthetics.
- Available with five attachments: pad in 4 and 6mm variations, chisel, pointed tip, and ball.
Intelligent curing at your fingertips
Bluephase® PowerCure
Bluephase PowerCure is an innovative curing light designed for the intraoral polymerisation of light-curing materials.
- Patented polyvision™ technology acts as an intelligent curing assistant.
- Powerful light intensity of up to 3,000 mW/cm[2].
- Short curing times starting from three seconds[6].
Single-step high-gloss polishing
The OptraGloss® polish
OptraGloss offers a universal polishing system for achieving smooth and lustrous surfaces intraorally and extraorally.
- Eliminates the need for additional polishing paste[7].
- High diamond content of up to 70% wt.
- Gives composite resin restorations exceptional shine.
Protect your patients from caries and erosion
[1],[2],[3],[4]
Protect with Fluor Protector S
Fluor Protector S is a fluoride varnish formulated to offer enhanced protection against dental caries and erosion
- Excellent flow properties ensure thorough coverage, reaching interdental areas and fissures effectively[12].
- Long-lasting caries prophylaxis, promoting sustained oral health[13]
[1] Cajazeira MRR et al., Am. J. Dent. 2014, 27(3), p. 155–159.
[2] Except in cases where sufficient exposure to curing light cannot be ensured (e.g. adhesive cementation of endodontic posts)
[3] Berndt & Partner, VivaPen Benchmarking Study, Study Report, April 2022.
[4] Singhal S et al., Dental Materials 2014, 30, e81–e82.
[5] With 3s PowerCure products.
[6] Only possible with 3s PowerCure products.
[7] Morgan M, Pract. Proced. Aesthet. Dent. 2004, 16, p. 212.
[8] Latifi-Xhemajli B et al., Community Dental Health 2019, 36, p. 190–194.
[9] Turska-Szybka A et al., Caries Res. 2021, 55, p. 137–143.
[10] Sobierajska M, Thesis "In vitro Role of Ammonium Fluoride on Enamel Erosion and Attrition", King's College London Dental Institute, London, July 2021.
[11] Idris H, Thesis "Role of Ammonium Fluoride on dentine erosion and attrition in vitro", King's College London, Faculty of Dentistry, Oral and Craniofacial Sciences, July 2021.
[12] Bolis C et al., Oral Health Prev. Dent. 2015, 13, p. 545-556.
[13] Turton B et al., Caries Res. 2018, 52, p. 468–547.
