• Measurement: Size #4 mirror has a 22 mm diameter
• Front surface coating eliminates reflective ghost images
• Cone socket fits standard mirror handles securely
• High-quality glass withstands frequent sterilization cycles
• Quantity: Box supplies 12 mirror heads

The Quala Cone Socket #4, Front Surface, is a professional-grade dental mirror head designed to provide the highest clarity and most accurate image during intraoral examination procedures. These mirror heads utilize a front surface coating meaning the reflective layer is on the exterior surface of the glass which completely eliminates the "ghost image" or double reflection often seen in standard mirrors.

This superior visual fidelity is crucial for detailed diagnostic and restorative work, enhancing the practitioner's ability to spot minute details, abnormalities, or marginal integrity issues with unmatched clarity. These mirror heads are designed to be replaceable components compatible with standard cone socket handles, offering an economical and environmentally conscious way to maintain a sharp, clear field of view. The product is conveniently packaged in a box containing 12 mirror heads, ensuring a ready supply of high-quality replacements for a busy dental office.

If you are searching for the best front surface mirror heads then their front surface coating, which provides a crystal-clear, distortion-free reflection essential for precision dentistry, is best for you. The key specification is the mirror size, which is designated as Size #4 (also known as a European Standard or Euro Size mirror). This size typically corresponds to a mirror diameter of approximately 22 mm (or about 7/8 of an inch), offering an excellent balance between broad viewing area and ease of manipulation within the oral cavity.

The cone socket connection ensures a secure fit into compatible handles, allowing for quick and simple replacement between patients or procedures. Constructed from highly polished glass with a durable reflective coating, these mirror heads are designed to withstand the harsh environments of the dental operatory, including repeated chemical and heat sterilization cycles (e.g., autoclaving) without degradation to the reflective surface. Their ability to deliver artifact-free imaging streamlines clinical workflow, improves diagnostic confidence, and ultimately contributes to superior patient care outcomes by ensuring the practitioner is working with the most accurate visual data possible.