Bego

• Reproducibility and precision: Specially developed printing parameters ensure a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without compromising their stability.

• Reproducibility and precision: Specially developed printing parameters ensure a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without compromising their stability.

• Reproducibility and precision: Specially developed printing parameters guarantee a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without compromising their stability.

• Reproducibility and precision: Specially developed printing parameters guarantee a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without losing their stability.

• Reproducibility and precision: Specially developed printing parameters ensure a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without losing their stability.

• Reproducibility and precision: Specially developed printing parameters ensure a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without losing their stability.

• Reproducibility and precision: Specially developed printing parameters guarantee a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without compromising their stability.

• Reproducibility and precision: Specially developed printing parameters guarantee a perfect fit for every crown or veneer.
• Versatility: A single material allows for the fabrication of single crowns, inlays, onlays and veneers.
• Ease of processing: Printed components can be easily ground and polished using standard dental tools.
• Cost-effectiveness: Low material consumption and short production times translate into real savings for the laboratory budget.
• Repairability: Restorations made from VarseoSmile Crown Plus can be adapted and repaired outside the patient’s mouth without compromising their stability.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

• Safety: A product with Class II medical certification and FDA registration.
• Precision: Minimal dimensional deviations (< 0.7%) ensuring a perfect fit with the denture base.
• Aesthetics: A wide range of shades (VITA + Bleach) and natural fluorescence.
• Durability: The addition of ceramic increases resistance to abrasion and occlusal forces.
• Convenience: No need to mix the resin before use.
• Compatibility: Compatible with 385 nm and 405 nm wavelengths.

VarseoSmile Temp resin is characterised by an exceptionally wide range of applications, making it one of the most versatile materials in the modern dental technician’s arsenal. It has been developed specifically for the 3D printing of temporary crowns, bridges, as well as inlays, onlays and veneers. A unique feature of this material is its ability to create extensive restorations – the resin allows for the fabrication of bridges up to 7 units in length, with a maximum span width of one unit. This enables specialists to easily carry out even complex temporary treatment plans, whilst maintaining full control over the anatomy and functionality of the restoration.