Stepper Motors

Ever Motion Solutions Hybrid 2-Phase Stepper Motors are designed for applications requiring accurate positioning, high holding torque and reliable open-loop motion control. Designed and manufactured in Italy, the range includes multiple NEMA frame sizes, torque ratings, shaft configurations and winding options, together with versions featuring integrated gearboxes, encoders, brakes and linear actuators for maximum application flexibility.

The hybrid 2-phase design provides an excellent balance between positioning accuracy, torque and cost, making it a versatile choice for a wide range of industrial applications. In addition to standard rotary motors, the range includes captive and non-captive linear actuators, IP65-rated motors for harsh environments and customised configurations, allowing the drive solution to be tailored to virtually any OEM requirement.

Ever Motion Solutions Hybrid 2-Phase Stepper Motors are widely used in packaging machinery, laboratory equipment, factory automation, material handling systems, CNC equipment and other OEM applications requiring dependable, accurate and cost effective motion control.

Ever Motion Solutions Hybrid 3-Phase Stepper Motors are designed for demanding motion control applications requiring smooth operation, high torque and precise positioning. Designed and manufactured in Italy, the range includes multiple frame sizes, torque ratings, shaft configurations and winding options, together with versions featuring integrated gearboxes, encoders and brakes for maximum application flexibility.

Compared to conventional 2-phase stepper motors, the 3-phase design delivers smoother rotation, lower vibration and noise, improved torque characteristics at higher speeds and increased positioning stability. Combined with a wide range of configurable options, the motors can be tailored to meet the requirements of demanding OEM and industrial automation applications.

Ever Motion Solutions Hybrid 3-Phase Stepper Motors are widely used in robotics, packaging machinery, CNC equipment, semiconductor equipment, factory automation and other applications requiring accurate, reliable and high-performance motion control.

Ever Motion Solutions Permanent Magnet Stepper Motors are designed for applications requiring simple, reliable and cost effective positioning. Designed and manufactured in Italy, the range includes multiple frame sizes, torque ratings, winding configurations and versions with integrated gearboxes, making it easy to match the motor to specific application requirements.

Compared to hybrid stepper motors, permanent magnet stepper motors offer a simpler and more economical design, making them well suited for applications where ultra-high positioning accuracy and holding torque are not required. Models with integrated gearboxes provide increased output torque, lower operating speeds and improved positioning control for compact automation solutions.

Ever Motion Solutions Permanent Magnet Stepper Motors are widely used in laboratory equipment, medical devices, vending machines, packaging machinery, valves, dosing systems and other OEM applications requiring dependable motion control in a compact and cost effective solution.

PrimoPal Ultra-Flat Hybrid Stepper Motors are designed for applications where installation space is limited without compromising positioning accuracy or torque. The ultra-flat pancake design combines compact dimensions with precise motion control, while the range includes multiple frame sizes, step angles and torque ratings to suit a wide variety of OEM and automation applications.

Compared to conventional hybrid stepper motors, the ultra-flat design significantly reduces the motor length while maintaining high torque density, making these motors ideal for compact machine designs. Available in both 1.8° and high-resolution 0.9° versions, the series delivers smooth, low-noise operation and reliable positioning for demanding motion control applications.

PrimoPal Ultra-Flat Hybrid Stepper Motors are well suited for robotics, medical equipment, semiconductor equipment, factory automation, inspection systems and other OEM applications where compact dimensions and precise motion control are essential.