Brasseler unveils ESX Rotary File

File designed for powerful yet precise, minimally invasive endodontic procedures.

May 15th, 2014
Brasseler Esx Es

SAVANNAH, Georgia--Brasseler USA, a leading manufacturer of quality instrumentation, has introduced the ESX Rotary File.

Designed with several performance-enhancing patented features, ESX Rotary Files are designed for a powerful, yet minimally invasive, performance to help maximize the long-term success of the treated tooth.

The ESX Rotary File is equipped with a patented ACP (alternating contact point) design that efficiently cleans three-dimensionally as its sharp cutting edges engage with the canal walls at opposing intervals. The asymmetrical flute design alternates between zero to three points of engagement while moving debris coronally in a wave-like motion.

This mechanism allows the ESX to operate at a low torque setting yet at a higher speed, reducing stress on the file and root. In addition, the triangular cross section of the ESX Rotary File supports sharper cutting edges and a larger chip space for more effective debris removal.

As with all Brasseler USA rotary files, the ESX Rotary File surface is treated with Brasseler’s exclusive proprietary electropolished finish. The electropolished treatment improves resistance to cyclic and torsional fatigue often associated with the long-term use of dental rotary files.

Another feature of the new ESX Rotary File is its patented booster tip. The BT Tip helps maximize safety and efficiency and provides the user stress-free apical progression and clearing of debris while respecting even the most challenging canal anatomy.

The BT Tip features six cutting edges that smoothly transition to a true reamer design for increased cutting efficiency, and has an anti-ledging and anti-perfing centering mechanism that provides performance.

For more information, visit http://brasselerusadental.com/index.cfm/esx/ or call (800) 841-4522.

To comment on this product, go to http://community.pennwelldentalgroup.com.

More in Industry
Industry
New Article