Description: The 3M Express XT Light Body Elastomeric Impression Material redefines precision in dental impressions, offering practitioners a cutting-edge solution for capturing intricate details with unparalleled accuracy. Developed by 3M, a trailblazer in dental technology, this impression material is meticulously engineered to meet the exacting standards of modern dental practice.
Key Features:
Exceptional Flow Properties: Express XT's light body formulation boasts exceptional flow properties, ensuring optimal adaptation to tooth surfaces and marginal areas. This feature allows for the effortless capture of fine details, resulting in precise impressions vital for accurate restorations.
High Tear Strength: The material's high tear strength enhances the durability of impressions, preventing distortions during removal. This attribute is crucial for capturing intricate anatomical features and ensuring the fidelity of the impression throughout the entire process.
Outstanding Hydrophilicity: Express XT is engineered with superior hydrophilic properties, facilitating reliable performance in moist oral environments. This ensures the material's ability to displace moisture, promoting optimal contact with tooth surfaces and ensuring distortion-free impressions.
Benefits:
Precision in Restorative Dentistry: Dental practitioners can rely on Express XT for unparalleled precision in restorative procedures. The material's ability to faithfully reproduce fine details and maintain dimensional stability contributes to the successful fabrication of prosthetic restorations.
Enhanced Patient Comfort: The light body formulation of Express XT enhances patient comfort during the impression-taking process. Its smooth consistency and quick setting time minimize discomfort, allowing for efficient and patient-friendly procedures.
Streamlined Workflow: The material's exceptional flow and tear strength contribute to a streamlined workflow for dental professionals. Express XT enables efficient and accurate impressions, reducing chairside time and enhancing overall procedural efficiency.
