Tri Auto ZX2

Tri Auto ZX2 Cordless Endo Motor with Apex Locator

Compact, cordless motor with a built-in apex locator

A Motor for Apical Patency, Glide Path, and Shaping

It can be used for obtaining apical patency and creating a glide path using rotary instrumentation. Rotary files even as Small as #10 may be used for these procedures. Responsive, the handpiece allows subtle and delicate manipulation of the file, corresponding to the movements of an experienced dentist's hand. Tri Auto ZX2 also offers improved safety and efficiency during canal shaping.

Clinical images are provided by Dr. Yoshi Terauchi / Dr. Toshihiro Ushikubo / Dr. Tai Gega

Achieve apical patency and create a glide path

OGP Function (Optimum Glide Path)

Using #20 or smaller files, the motor can be used to achieve apical patency and create a glide path. It reproduces the subtle and delicate finger movements of an experienced dentist.
Even curved or constricted canals can be treated faster and more safely. Both NiTi files sized #20 or smaller, or stainless steel files sized #15 or smaller may be used.


Improved safety and efficiency during canal shaping

OTR Function (Optimum Torque Reverse)

Depending on the load on the file, the motor alternates between forward and reverse rotation with exceptional sensitivity to greatly reduce the chance of jamming or file breakage. It is also superior in its ability to follow the shape of even curved canals to reduce ledges and perforation. Tri Auto ZX2 is compatible with standard NiTi files - no need to purchase specialty files.

Apical control

Automatic Stop Safety Feature

The Tri Auto ZX2 motor is linked with the apex locator function. This feature makes endodontic treatment safer and more efficient. The position of the file tip inside the canal is shown in the display, and the motor stops or reverses rotation as soon as the file reaches the end of the working length to reduce the chance of perforation. Also, the auto start and stop function automatically starts the motor when the file is inserted into the canal and stops it when it is removed.



OAS (Optimum Apical Stop) Function

When the file nears the apex, it reverses slightly. This reduces the possibility of file jamming and separation.



Precise, Manual Apex Location

The apex can be determined with great accuracy. A file holder is provided. The ratio of the impedances of two different frequencies is calculated so that the location of the apex is determined with great accuracy regardless of whether the canal is wet or dry. The file tip location is clearly shown in an easy to read meter display. The combination of tactile feedback and the meter reading makes it easy to determine the location of the file tip. A beeping sound also acts as a guide to its location.

File Tip Position Monitored
in Real Time

File location and canal length are monitored in real time. Even if the working length is altered by shaping, the display accurately shows the file position with respect to the working length.





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