Zirc - Crystal Mirror Metal Head CS #0
- VendorZirc Dental Products
Zirc - Crystal Mirror Metal Head CS #0
- VendorZirc Dental Products
$12.52
- #0 14 mm head supports detailed endodontic views
- Front-surface lens is 40% brighter than rhodium
- Stainless steel supports durable repeated use
- Cone socket fits compatible mirror handles only
- Autoclavable to 136?C and washer-disinfectable
- Quantity: 1 per Pack
Zirc Dental Products Crystal HD Stainless-Steel Mirror Head, Cone Socket, #0 is used for indirect vision, illumination support, and soft-tissue retraction during detailed intraoral examination and treatment. The compact #0 head has a 14mm diameter that supports focused viewing in restricted areas, making it especially suitable for endodontic procedures and other treatments requiring precise access, while the Crystal HD front-surface lens offers 40% greater brightness than a standard rhodium mirror.
Each pack contains 1 reusable mirror head with a cone-socket connection, sized at 14mm in diameter for a smaller viewing profile than larger diagnostic mirrors, supporting access around posterior teeth and endodontic access openings.
The front-surface construction places the reflective layer closer to the viewing surface, avoiding the secondary reflection seen with conventional back-surface designs. Practices ordering replacement mirror heads from a dental supplier can pair this head with any compatible cone-socket handle already in use, without replacing the full instrument.
The Crystal HD lens reflects light from the front surface rather than through a glass layer before reflection, supporting a bright, well-defined view of canal access, preparation margins, and surrounding tissue. The lens also offers enhanced scratch resistance to preserve viewing clarity through repeated clinical use and sterilization.
The stainless-steel frame provides a durable connection point for the handle, and the screw-on cone socket allows the head to be removed for cleaning, sterilization, or replacement, supporting stable attachment and positioning during examination and instrumentation.