Expandable tabs widen the matrix opening for removal after crown formation, supporting accurate, hygienic, single-visit dental restoration.
This case uses a BoPET matrix, heated primary resin, staged curing, mechanical shaping, and a secondary resin for natural-looking veneers.
Friction-based elastomeric grip slips under excessive load, preventing nickel-titanium file fracture during high-speed canal preparation.
Variable taper endodontic files reduce torque forces and breakage while preventing canal wall damage during root canal procedures.
Segmented matrices enable single-visit veneer placement by eliminating complex external preparation steps.
A universal endodontic instrument features a tapered shaft and handle projection for manual or automated dental rotation device use.
An integrated border frame inside the rubber dam eliminates external clamps, reducing installation time and patient pain during dental procedures.
A self-inflatable polymer matrix adapts to posterior teeth contours without wedges or clamps.