Stepper motors

MIS stepper motors from JVL with integrated electronics represent a major advance. Encoder, driver and controller are built into the stepper motor and, as closed-loop motors, form a closed unit with a high IP protection class and EMC safety. Improved motor characteristics with a wider usable speed band enable a wide range of applications and often eliminate the need for an additional gearbox. Closed-loop stepper motors are available for all Ethernet protocols, Profibus, CANopen and other bus systems. The fieldbus module is integrated in the housing and must be specified directly when ordering.

MIS171 to MIS176

  • power up to 116 W
  • holding torque up to 0,8 Nm
  • integrated nano PLC
  • encoder 409.600 cpr

MIS231 to MIS234

  • power up to 212 W
  • holding torque up to 3,2 Nm
  • integrated nano PLC
  • encoder 409.600 cpr

MIS340 to MIS343

  • power up to 320 W
  • holding torque up to 10,5 Nm
  • integrated nano PLC
  • encoder 409.600 cpr

MIS430 to MIS432

  • power up to 400 W
  • holding torque 25 Nm
  • integrated nano PLC
  • encoder 409.600 cpr

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We develop special solutions for the realization of your projects

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No application is like the other. Together with you, we develop solutions for the optimal realization of your technical challenge. No matter whether a specific drive solution, machined linear guides or spindles, or custom-made gear systems. We support the development from the idea to the implementation with our competence and broad knowledge in the field of linear systems and drive conception.

We move in every industry

We feel at home across all industries. Wherever there is rotary or linear motion, products from Technische Antriebselemente are used. With decades of experience, we have acquired know-how in various industries.

  • Machinery and equipment
  • Machine tools
  • Medical technology
  • Intralogistics



  • Electrical industry
  • Automation
  • Food industry
  • Packaging machines


What Our Customers Say

“The stepper motors deliver impressive precision and control, which we need for our demanding production processes. Since the changeover, everything runs more precisely and without failures - a clear added value for our production!”
“Thanks to the stepper motors, we have been able to significantly increase our machine flexibility. The precise positioning and high repeat accuracy have increased our efficiency and improved the quality of our products. Very satisfied with this solution!”

60 Years of Experience

4.000 Products

10.000 Satisfied Customers

Frequently Asked Questions About Stepper Motors

A stepper motor converts electrical energy into mechanical motion, moving in fixed step angles with each electrical pulse. This allows for precise positioning without requiring an encoder for feedback. The rotor follows the magnetic fields generated by the stator windings in a sequential manner, ensuring controlled movement. Stepper motors are widely used in automation, CNC machines, robotics, 3D printers, and medical devices due to their ability to accurately control position, speed, and torque without the need for position feedback. Their precise step control makes them ideal for applications requiring high mechanical resolution and minimal vibration.
Hybrid stepper motors combine the best features of permanent magnet and reluctance motors, resulting in higher torque and increased precision. The inclusion of permanent magnets in the rotor enhances energy efficiency and allows for more accurate magnetic field control. This leads to improved positioning accuracy and enables specialized applications such as microstepping, which further increases resolution and reduces vibrations. Their ability to process precise control signals for demanding applications makes them ideal for high-tech automation, precision positioning systems, and industries requiring high operating speeds and exact positioning.
Controlling a stepper motor requires a dedicated stepper motor driver, which generates precise signals to regulate the motor’s speed, direction, and position. Different control methods, such as full-step, half-step, and microstepping, influence motion resolution and performance. Microstepping is a technique that finely adjusts the current flow through the windings, enabling smoother motion and higher precision while reducing vibrations and mechanical resistance. This makes it particularly beneficial for applications requiring high mechanical resolution, minimal noise, and low energy consumption.
Regular maintenance is key to ensuring the longevity and efficiency of a stepper motor. Keeping connectors and windings clean prevents dust and corrosion from interfering with electrical flow. Proper lubrication of moving parts reduces friction and wear, improving overall performance. Monitoring the operating temperature helps prevent overheating, which can lead to premature failure. Avoiding overloading ensures the motor operates within its designed capacity, reducing stress on components. Additionally, periodic position monitoring allows early detection of potential issues, preventing serious damage and costly repairs.