Telescan CAD/CAM Scan Spray, White, 200ml, Anti-reflective coating

The Telescan® CAD/CAM Scan Spray by DFS Diamon is a high-precision anti-reflective coating designed to enhance the accuracy of digital impressions in dental laboratories. Its ultra-fine, dry white powder film effectively eliminates mirror effects on reflective surfaces, ensuring optimal scan quality for CAD/CAM applications. This spray is an essential tool for dental professionals in Saudi Arabia aiming for precise digital workflows.

Key Features

• Anti-reflective coating that minimizes mirror effects during scanning, improving scan accuracy.
• Fine, dry powder film that can be easily removed with a brush, leaving no residue.
• Insoluble in water and alcohol, preventing discoloration of models and ensuring clean application.
• Environmentally friendly, non-toxic, and non-flammable propellant, ensuring safe usage in the laboratory.
• Available in white and red colors to suit various clinical preferences and enhance visibility.

Technical Specifications

1. Packaging: 200 ml aerosol can with precision nozzle for controlled application.
2. Application thickness: Ultra-thin layer, adjustable based on spraying distance and duration.
3. Solubility: Insoluble in water and alcohol, maintaining the integrity of models.
4. Propellant: Environmentally friendly, non-toxic, and non-flammable, ensuring laboratory safety.
5. Removal method: Easily removable with a brush, facilitating quick cleanup without residue.

Clinically, the Telescan® CAD/CAM Scan Spray is utilized to prepare surfaces for digital scanning, particularly in CAD/CAM workflows. Its anti-reflective properties ensure that reflective surfaces, such as metal or glossy materials, do not interfere with the scanning process, resulting in high-quality digital impressions. Additionally, it is employed in friction testing of telescopic crowns and attachments, providing a reliable method for assessing fit and function. The spray's easy application and removal streamline laboratory procedures, enhancing efficiency and accuracy in prosthetic fabrication.