High Performance and Precision: The Lexium 26 provides accurate positioning and smooth motion control, essential for applications that require precise movement.

Wide Range of Power and Torque Options: This series supports a broad spectrum of power and torque outputs, making it suitable for applications with varying load requirements.

Advanced Control Algorithms: Equipped with sophisticated control algorithms, the Lexium 26 ensures stable and precise operation, minimizing vibration and improving machine performance.

Integrated High-Resolution Encoder: High-resolution encoders provide precise feedback, allowing for accurate speed, position, and torque control.

Enhanced Safety Features: Built-in safety functions, such as Safe Torque Off (STO) and Safe Stop 1 (SS1), increase operator safety and comply with international safety standards.

Flexible Communication Interfaces: The Lexium 26 supports multiple communication protocols, including EtherCAT, CANopen, and Modbus TCP, for easy integration into complex automation systems.

Compact and Efficient Design: Despite its high performance, the Lexium 26 series is compact, saving space in installations and making it suitable for machine retrofitting or upgrades.

Energy-Efficient Operation: Designed to reduce power consumption, the Lexium 26 helps lower operating costs while maintaining high performance.

Durable Build for Industrial Environments: With rugged construction, the Lexium 26 can withstand harsh industrial conditions, ensuring reliable operation over a long service life.

User-Friendly Setup and Tuning: The Lexium 26 includes user-friendly configuration software, simplifying setup, tuning, and diagnostics for quick and efficient deployment.

Fast Acceleration and Deceleration: With optimized control for rapid acceleration and deceleration, the Lexium 26 is suitable for dynamic applications that require quick responses.

Overload and Overheat Protection: Built-in protection mechanisms help prevent damage from overloads or overheating, increasing the longevity of the motor.