Two-Stage Polishing System with Flexible Discs – For Lithium Disilicate, Feldspar Ceramic, and Leucite-Reinforced Ceramic

This diamond-coated two-stage polishing system delivers professional results in lithium disilicate, feldspar ceramic, and leucite-reinforced ceramic restorations. The flexible discs, designed to adapt seamlessly to surface structures, ensure superior durability and an exceptional level of shine.

Features:

• Disc Type: Flexible, diamond-coated for optimal performance and longevity.
• Grit Structure: Available in Medium and Fine options to cater to different polishing stages.
• Shank Diameter: Ø 2.35 mm, compatible with most standard dental handpieces.

Advantages:

• Surface Adaptation: The discs adjust to the unique contours and structures of the surface being worked on, ensuring precise and controlled operation.
• Preserves Surface Structure: The polishing process maintains the integrity of the ceramic surface without causing damage or alteration.
• Low Heat Generation: Minimal heat production during use provides a safe and reliable polishing experience, reducing the risk of thermal damage.
• Superior Durability: Engineered with a robust and wear-resistant structure, the discs are built for extended usage without compromising performance.
• Brilliant Results: Achieves a glaze-like level of shine, delivering a smooth, highly polished finish.

Application Areas:

• Lithium Disilicate: For crafting and refining restorations with high mechanical strength and aesthetic appeal.
• Feldspar Ceramic: Ideal for traditional ceramic restorations requiring fine polishing and smoothness.
• Leucite-Reinforced Ceramic: Suitable for enhancing the appearance and finish of restorations reinforced with leucite crystals.

Additional Information:

• The system's design ensures compatibility with a wide range of dental polishing equipment.
• Perfect for use in both dental clinics and laboratories, supporting the production of restorations that meet the highest aesthetic and functional standards.
• The two-stage polishing approach offers efficiency and finesse, enabling users to achieve professional-grade results while minimizing time and effort.