Dimension Garant L Kartusche Pa 4x50ml

3M™ Dimension™ VPS Impression Material (Heavy Body): Precision & Stability for Definitive Restorations

The 3M™ Dimension™ Vinyl Polysiloxane (VPS) impression material is the clinician's choice for highly accurate, void-free impressions required for the fabrication of complex fixed prosthodontics. This Heavy Body formulation is specifically designed to function as the rigid tray material in the two-viscosity impression technique, ensuring precise guiding of the low-viscosity wash material into critical marginal and subgingival areas.

Advanced Material Properties and Clinical Impact

• Excellent Detail Reproduction: Characterized by high rigidity and superior flow properties under pressure, ensuring the capture of fine anatomical structures and crisp marginal lines necessary for perfectly fitting crowns, bridges, and inlays/onlays.
• Dimensional Stability: As a VPS material, it exhibits negligible dimensional change over time, allowing laboratories the flexibility for delayed model pouring without compromising the accuracy of the final restoration.
• Hydrophilic Performance: Engineered with hydrophilic properties, the material effectively manages moisture displacement in the oral environment, reducing the risk of voids and pits in critical areas of the preparation.
• High Tear Resistance: Features exceptional tear strength, minimizing the chance of tearing or deformation during removal, especially in areas with deep undercuts or thin material cross-sections.

Product Technical Data

Attribute	Specification
Brand	Dimension™ (3M Oral Care)
Material Composition	Vinyl Polysiloxane (VPS)
Viscosity	Heavy Body (Tray Material)
Delivery System	Garant™ Cartridge System (Auto-Mix)
Package Contents	4 Garant™ Cartridges (50 ml each), 20 Garant™ Mixing Tips (Yellow)
Indication	Crown and Bridge, Inlay/Onlay, General Fixed Prosthodontics

Note: The Garant™ Cartridge system ensures homogeneous, void-free mixing and precise, controlled dispensing of the material directly into the tray, enhancing clinical efficiency and outcome predictability.