The 3M RelyX Luting 2 Single Clicker is a resin-modified glass ionomer cement specifically formulated for reliable permanent cementation of crowns, bridges, and orthodontic bands. It combines the fluoride-releasing advantages of traditional glass ionomer cements with improved strength and decreased solubility due to its resin modification. The refill pack format is particularly suitable for clinics aiming for efficiency and cost management while maintaining high clinical results.
In addition to its exceptional restoration capabilities, RelyX Luting 2 Cement boasts an innovative fluoride-releasing formula that not only restores smiles but also actively enhances dental health. This advanced feature is particularly advantageous for patients at risk of caries, extending the benefits of dental care beyond the immediate treatment. A notable aspect of RelyX™ Luting 2 Cement is its rapid clean-up mechanism, made possible by a state-of-the-art tack light-cure option. This method, infused with initiators, transforms the removal of excess cement from a laborious task into a quick and efficient process. A brief five-second tack light-cure allows for the easy management of excess cement, thereby streamlining procedures and improving the overall experience. Further simplifying procedures is the Clicker™ Dispenser, which exemplifies 3M™ ESPE™'s dedication to efficiency. This dispenser, which comes with two differently colored pastes, guarantees not only a consistent and uniform mixture but also precise application, thereby reducing the potential for errors and enhancing the accuracy of the restoration process. Versatility is another defining characteristic of RelyX™ Luting 2 Cement. It accommodates a wide range of dental requirements, from PFM crowns to metal restorations, endodontic posts, and even orthodontic appliances, demonstrating its adaptability and solidifying its position as a comprehensive solution. The bond strength of the cement is also remarkable. By forming a molecular bond with tooth surfaces, it eliminates the necessity for a separate tooth conditioner, thus streamlining the procedure while ensuring secure placement of restorations. Additionally, patients experience less post-operative sensitivity, which contributes to their comfort and overall satisfaction. The ability to manipulate the cement's gel state introduces another layer of efficiency to procedures. Practitioners can opt for a quick light-curing session or allow the cement to self-cure, customizing the approach to fit their workflow. Once the excess cement transitions to a gel state, its removal becomes significantly easier.
