Ionosit Baseliner Syringe Pack (2-1.5gm Syringes, 20 Luer-Lock Tips) #223002 (DMG)

Ionosit Baseliner Syringe Pack (2-1.5gm Syringes, 20 Luer-Lock Tips) #223002 (DMG)[Acmedent SKU: CO3353]Ionosit Baseliner by DMG is a light-cured, one-component dental baseliner / cavity liner designed to optimize the performance and longevity of composite and amalgam restorations. Featuring advanced micro-expansion technology, this material compensates for polymerization shrinkage, reducing stress at the dentin interface and preventing marginal gaps.This innovative underfilling material forms a strong chemical bond with dentin, creating a protective reaction zone that minimizes postoperative sensitivity and enhances restoration durability.Key Features & Benefits Micro-expansion technology: Compensates for composite shrinkage and prevents microleakage Dentin bonding capability: Forms a stable reaction zone for enhanced adhesion Fluoride & zinc ion release: Provides antibacterial protection and supports remineralization Pulp protection: Seals dentinal tubules to reduce sensitivity Light-cured: Extended working time with efficient curing (approx. 20 seconds) Radiopaque: Easy identification on radiographs No hand mixing required: Direct syringe delivery for precise placement Indications Baseliner for composite restorations Baseliner for amalgam restorations Blocking out undercuts in inlay/onlay preparations Lining material for deep cavities to protect the pulp Technical Specifications Type: Light-cured baseliner / cavity liner Expansion: Controlled micro-expansion (~1%) Layer thickness: ~1 mm Radiopacity: Yes Working time: Approx. 90 seconds Depth of cure: Up to 4 mm Packaging 2 × 1.5g syringes 20 × Luer-lock application tips Sterilization InformationNote: Ionosit Baseliner is a single-use restorative material and must not be processed in dry heat sterilizers or autoclaves. Only the application tips should be disposed of after use.Why Choose Ionosit Baseliner?Unlike traditional cavity liners, Ionosit Baseliner combines the advantages of glass ionomer and composite technologies, delivering superior marginal integrity, reduced stress, and long-term restoration success. It is an essential material for clinicians aiming to achieve gap-free, durable restorations with minimal postoperative complications.