Vita Vionic Base Resin Impact 1kg
Vita Vionic Base Resin Impact is a high-performance 3D printing material engineered for the fabrication of definitive, long-lasting denture bases. Designed for demanding applications, this resin delivers a powerful combination of impact resistance, balanced mechanical properties, and aesthetic appeal, setting a new standard for digital dentures.
Key Features:
Exceptional Impact Resistance: The secret to a long-lasting denture. Our specially formulated resin significantly reduces the risk of fracture and breakage under load, providing patients with superior reliability and peace of mind.
Balanced Mechanical Profile: Achieve the perfect balance of resilience and comfort. The optimized flexural strength and modulus of elasticity values ensure a structurally sound denture base that maintains patient comfort and a natural feel.
High Precision and Low Shrinkage: Streamline your workflow with a material that prints with high fitting accuracy and minimal material distortion. This guarantees a precise fit, reducing chair time and ensuring a smooth transition from digital design to final prosthesis.
Superb Aesthetics: Available in Pink and Pink Translucent shades, the resin polishes to a smooth, natural-looking surface finish that mimics the gingival tissue.
Excellent Processing: Benefit from short printing times and great polishing characteristics. The material's low plaque adhesion also contributes to enhanced patient wearability and hygiene.
Validated Digital Workflow: Seamlessly integrate Vita Vionic Base Resin Impact into your lab set up. It is validated for use with a range of major 3D printers and post-curing units, ensuring consistent, high-quality results.
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Property Value Test Standard Flexural strength > 65 MPa DIN EN ISO 20795-1 Flexural modulus > 2000 MPa DIN EN ISO 20795-1 Fracture work 14 - 25 kJ/m2 DIN EN ISO 179-1 unnotched Water sorption < 32 μg/mm3 DIN EN ISO 20795-1 Water solubility < 1.6 μg/mm3 DIN EN ISO 20795-1 Hardness > 75 ShoreD - Viscosity 400 - 1000 mPas -

























