Third-generation electronic apex locators for root canal length determination are very
reliable and are not subject to interference from the contents of the canals. This study …

Aim To evaluate ex vivo the accuracy of two electronic apex locators during root canal length
determination in primary incisor and molar teeth with different stages of physiological root …

INTRODUCTION: The purpose of this study was to compare the accuracy of working length
(WL) measurements by using the Root ZX II, Apex NRG XFR, and Mini Apex Locator with …

Introduction The purpose of this study was to evaluate in vitro the efficacy of both the
electronic apex locator (EAL) and auto apical reverse (AAR) functions of the endodontic …

The aim of this review was to evaluate studies assessing the accuracy of Root ZX when
used for working length determination in permanent teeth and to identify factors affecting the …

Objectives: Correct determination of working length is an important step for success of
endodontic therapy. Conventional radiography has limitations in providing the accurate …

Aim To determine the influence of various irrigating solutions on the accuracy of the
electronic apex locator facility in the Tri Auto ZX handpiece. Methodology One hundred and …

The accuracy of Root ZX II (J. Morita, Kyoto, Japan) to control the apical extent of rotary
canal instrumentation in vivo was assessed. Twenty-four premolars with a single canal were …

Aim To compare ex vivo an experimental setup consisting of an electronic apex locator
(EAL) and endodontic motor with an established product (Tri Auto ZX) for accuracy of length …

Aim To evaluate ex vivo the accuracy of the integrated electronic root canal length
measurement devices within TCM Endo V® and Tri Auto ZX® motors whilst removing gutta …