ez1020™ Measurement System

INTRODUCTION

The ez1020™ measurement system is a specialized tool designed to facilitate the accurate and efficient measurement of a patient’s head according to the International 10-20 System — the internationally recognized standard for electrode placement in electroencephalography (EEG) and related neurophysiological procedures.

Adherence to the 10-20 standard is essential for ensuring consistent, repeatable, and clinically meaningful results across diagnostic and research applications. Proper electrode positioning directly impacts the quality of recorded data, the accuracy of diagnostic interpretation, and ultimately the quality of care provided to patients.

The ez1020™ measurement system streamlines this critical process, minimizing measurement variability and reducing the risk of placement errors.  Use of the ez1020 supports optimal patient care by ensuring that all head measurements and electrode placements are performed with precision and efficiency.

The ez1020™ methodology of electrode placement is the fastest, most accurate means of measuring for electrode placement for EEG.  The system utilizes the ezTAPE™ disposable paper tape measure to find the Midpoint between two points quickly and accurately, in compliance with the International 10-20 System.  Used in conjunction with the ezGUIDE™ software application, this task is accomplished without the technologist performing any mathematical calculations.