The UniLite Nano Hybrid Composite from DSI is a remarkable light-cured, radiopaque composite material for all types of tooth restoration. This restorative solution boasts superb sculpting and polishing capabilities with exceptional mechanical properties. For anterior and posterior work, it provides excellent results with minimal effort. The UniLite Nano Hybrid Composite from DSI can help you create beautiful restorations that will last for years. This material has an impressive compression resistance, meaning it is more than capable of withstanding the intense pressure associated with the incisal and occlusal surfaces. With this product, you can achieve remarkable results that are both aesthetically pleasing and incredibly durable.
The UniLite Nano Hybrid Composite by DSI is suitable for the direct filling of a variety of cavities in the anterior and posterior teeth, particularly classes I to V. This composite material can also be used for preventive resin restoration and repair on composite and ceramic veneers. Thanks to its nano-hybrid particles, it guarantees an outstanding appearance coupled with strength.
DSI Unilite Nano has been crafted for optimal usability and durability. Boasting a firmer viscosity, this material provides excellent soft handling and is perfect for shaping restorations. Not only that, but the composite gives an instant shine as well as an outstanding polishability that lasts for a long time. Furthermore, DSI Unilite Nano is radiopaque which makes it easy to detect on X-rays. To make life easier, it also comes with a prefilled syringe, making it simple to handle. And as for its physical properties, this product provides exceptional wear resistance while delivering beautiful results.
The Unilite Nano from DSI ensures the longevity of restorations with minimal maintenance needed. The nanotechnology helps maintain surface smoothness and enhance the durability of restoration, meaning that continual polishing is not necessary. Thus, it offers an ideal solution for those wishing to have long-lasting results with minimal upkeep afterward. This product ensures a smooth finish on surfaces and provides great shine, enabling you to retain the restoration's quality over time.
One of a kind in its field, DSI UniLite Nano Hybrid Composite boasts superior radiopacity that makes it possible to identify restoration margins through X-rays. Users can take advantage of its creamy texture and firm packing which enable efficient layering without any voids. Its non-stick handling ensures easy positioning of restorations while its composition gives users gratification that it will not slump or recede during usage.
• Optimal mechanical properties.
• Superior tensile strength and low polymerization shrinkage.
• Excellent aesthetics.
• Radiopaque.
• Manageable working time due to the light-curing technology.
• Easy to control during placement.
• Adapts well to cavity preparations.
• Does not stick to the placement instruments.
• Can be contoured to the desired shape before curing.
• Highly rated for blending with tooth structure, radiopacity, and ease of finishing.
• Can be finished and polished to a high luster.
• Combines strength and aesthetics for both anterior and posterior restorations.
• Reliable handling.
• Very practical and cost-effective.
• Outstanding physical properties and unmatchable wear resistance.
SKU LIST
ULN-A1: DSI UniLite Nano Composite 4g, Shade A1
ULN-A2: DSI UniLite Nano Composite 4g, Shade A2
ULN-A3: DSI UniLite Nano Composite 4g, Shade A3
ULN-A3.5: DSI UniLite Nano Composite 4g, Shade A3.5
ULN-A4: DSI UniLite Nano Composite 4g, Shade A4
ULN-B1: DSI UniLite Nano Composite 4g, Shade B1
ULN-B2: DSI UniLite Nano Composite 4g, Shade B2
ULN-C1: DSI UniLite Nano Composite 4g, Shade C1
ULN-C2: DSI UniLite Nano Composite 4g, Shade C2
ULN-D1: DSI UniLite Nano Composite 4g, Shade D1
ULN-D2: DSI UniLite Nano Composite 4g, Shade D2
ULN-O: DSI UniLite Nano Composite 4g, Opaque
ULN-BL: DSI UniLite Nano Composite 4g, Bleach
ULN-G1: DSI UniLite Nano Composite 4g, Shade G1
ULN-G2: DSI UniLite Nano Composite 4g, Shade G2