The QL series motors offer optimum performance and the latest innovations. Ventilation system optimized and integrated into the motor structure. Quadrangular motors with lamellar stators. Advantages of the QL Sincrovert:motors:Modern design. Typical fields of use: Winders and unwinders,Plastic, rubber and foodstuffs extruders.

The rotor has a complex structure, made of high quality materials, assembled by professionals and. The motor ensures a favorable relationship between rated torque and moment of inertia. These motors have very high acceleration and dynamic high performance. The motor meets the requirements of highly dynamic motors for high torque output. The motor minimize the moment of inertia.

The motor minimize the moment of inertia. The rotor has a complex structure, made of high quality materials, assembled by professionals and. The motor guarantee a favorable relationship between rated torque and moment of inertia. The motor meets the requirements of highly dynamic motors for high torque output. These motors have very high acceleration and dynamic high performance.

The motor guarantee a favorable relationship between rated torque and moment of inertia. The motor ensures a favorable relationship between rated torque and moment of inertia. The quadrangular design of the motor utilizes a lamellar stator. These motors have very high acceleration and dynamic high performance. The motor has been designed to meet the needs of modern production lines.

These motors have very high acceleration and dynamic high performance. The motor guarantee a favorable relationship between rated torque and moment of inertia. The motor minimize the moment of inertia. The quadrangular design of the motor utilizes a lamellar stator. The motor are designed and developed using state-of-the-art technology.

The motor ensures a favorable relationship between rated torque and moment of inertia. The motor meets the requirements of highly dynamic motors for high torque output. The quadrangular design of the motor utilizes a lamellar stator. The motor minimize the moment of inertia. The motor with very high acceleration and dynamic high performance.

The motor are designed and developed using state-of-the-art technology. The rotor has a complex structure, made of high quality materials, assembled by professionals and. The motor meets the requirements of highly dynamic motors for high torque output. The motor minimize the moment of inertia. These motors have very high acceleration and dynamic high performance.

The quadrangular design of the motor utilizes a lamellar stator. The motor meets the requirements of highly dynamic motors for high torque output. The motor has been designed to meet the needs of modern production lines. The rotor has a complex structure, made of high quality materials, assembled by professionals and. The motor minimize the moment of inertia.

The motor minimize the moment of inertia. The motor meets the requirements of highly dynamic motors for high torque output. The rotor has a complex structure, made of high quality materials, assembled by professionals and. These motors have very high acceleration and dynamic high performance. The motor with very high acceleration and dynamic high performance.

The rotor has a complex structure, made of high quality materials, assembled by professionals and. The motor minimize the moment of inertia. The motor are designed and developed using state-of-the-art technology. The motor meets the requirements of highly dynamic motors for high torque output. The motor ensures a favorable relationship between rated torque and moment of inertia.