Senta
E-Lite Endo Motor
Root Canal Revolution in Your Hands!
Fully Cordless
Brushless Motor
OLED Display
Senta
Senta E-Lite Endo Motor Overview
Step into a new era of root canal treatment with the Senta E-Lite Cordless Endo Motor. This advanced device combines an ergonomic wireless design with intelligent technologies, offering unparalleled convenience and efficiency for dentists. Its powerful brushless motor and high-capacity battery ensure stable and reliable performance. The colorful OLED screen provides a more comfortable and clearer visual experience.
The E-Lite with features such as 360° rotatability, a customizable built-in file system, and various working modes (including Forward, Reverse, Reciprocation, and Adaptive Torque Control), covers all your root canal treatment needs with high precision and confidence. This endo motor not only simplifies your work but also leads to higher quality treatment outcomes.
Technical Specifications
Speed Range
120-1000 rpm
Torque Range
0.6-4.0 N.cm
Memory Programs
10 (M1 to M10)
Battery Capacity
1900 mAh
Model
E-Lite
Data Interface
USB / RS232
Power
220V/50Hz, 2000W
Tray
Not Applicable (Endo Motor)
Vacuum Level
Not Applicable (Endo Motor)
Residual Humidity
Not Applicable (Endo Motor)
Key Features of Senta E-Lite Cordless Endo Motor
Powerful Brushless Motor
Provides reliable, durable and efficient performance for all types of root canal treatments.
Colorful OLED Display
The high-quality screen offers a more comfortable visual experience with clarity and rich colors.
360° Rotatable Contra Angle
The 360° rotatable contra-angle ensures easy access and greater flexibility in various angles.
Built-in File System
Allows for quick switching between 10 different memory programs (M1 to M10) and easy file adjustment.
Long Battery Life
The high-capacity 1900mAh lithium battery ensures extended operating time.
Various Adaptive Working Modes
Includes Forward Rotation (Fwd), Reverse Rotation (QRev), Reciprocation Mode (REC), and Adaptive Torque Control Mode (ATC) to optimize root canal enlargement efficiency.