iCEM Self Adhesive is a dual-curing, all-in-one resin luting cement designed for the efficient and reliable cementation of indirect dental restorations. By integrating etching, priming, bonding, desensitizing, and cementing into a single step, it streamlines the procedure, reducing chair time and minimizing the risk of post-operative sensitivity. Its dependable adhesive strength ensures durable restorations, while the flexible working time accommodates various clinical situations. Suitable for a wide range of indications, iCEM Self Adhesive is applied directly using an Automix syringe, eliminating the need for additional mixing or application devices. Excess material can be easily removed after a short polymerization time, and its excellent stability allows for room temperature storage.
Key Features and Functionality:
- All-in-One Application: Combines etching, priming, bonding, desensitizing, and cementing in a single step, simplifying the procedure.
- Dual-Curing Mechanism: Offers both light and self-curing options, providing flexibility in various clinical scenarios.
- Dependable Adhesive Strength: Ensures durable and long-lasting restorations.
- Reduced Post-Operative Sensitivity: The desensitizing effect minimizes the risk of patient discomfort after the procedure.
- Flexible Working Time: Allows clinicians to work at a comfortable pace without compromising the material's performance.
- Wide Range of Indications: Suitable for cementing metal and metal-ceramic crowns and bridges, all-ceramic crowns and bridges produced using Cerec® systems, crowns and bridges using reinforced ceramics , metal, ceramic, and composite inlays and onlays, metal, titanium, and glass fiber posts, and nylon materials for splinting loose teeth.
Primary Value and Problem Solved:
iCEM Self Adhesive addresses the need for a simplified, efficient, and reliable cementation process in dental practices. By consolidating multiple steps into one, it reduces procedural complexity and chair time, enhancing productivity. Its dependable adhesive strength and desensitizing properties ensure durable restorations with minimized patient discomfort, ultimately improving patient satisfaction and clinical outcomes.
