Estelite Sigma Quick Syringe 3.8g A1 - (13110)

• Spherical fillers ensure aesthetics and lasting polish
• It is suitable for all cavity classes and veneers
• RAP technology allows for fast, efficient light-curing time
• Features ultra-low shrinkage
• Quantity: One 3.8g syringe in shade A1

The Tokuyama Dental Estelite Sigma Quick Syringe is a highly regarded universal composite resin that is distinguished by its combination of outstanding esthetics, rapid curing capabilities, and superior physical properties, making it an ideal choice for a comprehensive range of direct restorations. The material features Tokuyama Dental's proprietary 100% spherical filler technology, which is instrumental in achieving an exceptional "chameleon effect" for seamless shade integration, along with unrivaled polishability and enduring, high gloss retention, even after prolonged clinical use.

This composite is suitable for all cavity classifications, from Class I to Class V, as well as for direct veneers and diastema closures, offering true versatility in the dental practice. If you are searching for the best universal composite resin then its remarkably low polymerization shrinkage and stress, coupled with its fast curing time thanks to its unique RAP technology, is best for you, ensuring marginal integrity and the prevention of microleakage. The product is supplied as one 3.8g syringe in the popular A1 shade, a bright hue often used for anterior restorations or lighter-shade dentition.

Tokuyama Estelite Sigma Quick Syringe 3.8g A1 incorporates the innovative Radical-Amplified Photopolymerization (RAP) technology, which allows for a significantly accelerated curing process without compromising the depth of cure or the strength of the final restoration. This feature drastically reduces the time required for the light-curing phase, optimizing the clinical workflow. The best Tokuyama Estelite Sigma Quick Syringe exhibits excellent handling characteristics; it is non-sticky, holds its shape well when sculpted, and provides ample working time under ambient light, allowing clinicians to precisely contour and detail the anatomy of the restoration.

Its combination of high compressive strength and low wear rate ensures durability for posterior load-bearing restorations, while its superior esthetics make it the material of choice for demanding anterior cases where visual outcome is critical.