Integrated Linear Stepper Motor with Ball Screw

ISS42 Nema17 42mm Integrated Stepper Servo Motor with Externa Ball Screw

• NEMA17 intelligent linear stepper motors, combining integrated stepper servo motors and high precision screws for accuracy and convenience. 
• Bus communication optional pulse, RS485, CANopen and other communication versions.
• Motor parameters: 1.8°, 1.3A ~ 1.7A, 0.22Nm ~ 0.8Nm
• Optional configuration: Gearbox, brake...

ISS57 Nema23 57mm Integrated Linear Stepper Servo Motor with External Ball Screw

• NEMA23 intelligent linear stepper motors, combining integrated stepper servo motors and high precision screws for accuracy and convenience.
• Bus communication optional pulse, RS485, CANopen and other communication versions.
• Motor parameters: 1.8°, 2A ~ 4.2A, 0.55Nm ~ 3N.m
• Optional configuration: Gearbox, brake...

FAQs of Customized Integrated Linear Stepper Servo Motor with External Lead Screw

1. What is a ball screw linear stepper motor with built in driver and how does it work?

A ball screw linear stepper motor with built in driver integrates the stepper motor, drive electronics, and a precision ball screw to convert rotational motion into precise linear motion in a compact all-in-one unit.

2. What is an integrated ball screw linear stepper servo motor?

An integrated ball screw linear stepper servo motor combines a linear stepper motor with a high efficiency ball screw and a built in driver for smooth, precise, and powerful linear motion.

3. What are the main performance advantages of an integrated ball screw linear stepper servo motor?

These motors deliver higher precision, lower friction, smoother motion, better load handling and reduced system complexity compared to separate motor and actuator assemblies.

4. Why is the ball screw mechanism preferred in linear motion applications?

Ball screws minimize friction and backlash using recirculating ball bearings which results in smoother, more accurate linear motion and higher efficiency.

5. What are the benefits of a ball screw linear stepper motor with built in driver in automation systems?

The built in driver simplifies wiring, saves space, improves reliability, and enables direct control of motion for automation, robotics, CNC and test equipment.

6. How does the integrated design reduce installation and maintenance effort?

By combining motor, drive, and ball screw in one unit there are fewer components, simpler wiring and less mechanical alignment required reducing installation and maintenance time.

7. Can Besfoc provide OEM ODM Customized integrated ball screw linear stepper motors?

Yes Besfoc offers OEM ODM Customized services allowing tailored designs of ball screw linear stepper motors including electrical and mechanical specifications.

8. What customization options are available through OEM ODM Customized services?

Customers can customize shaft sizes, stroke length, screw lead, protection level, encoder options, communication interfaces and mounting configurations.

9. What frame sizes are available for integrated ball screw linear stepper servo motors from Besfoc?

These motors are available in various NEMA sizes including NEMA8, NEMA11, NEMA17, NEMA23, NEMA24 and NEMA34 to suit different loads and design constraints.

10. How does a ball screw linear stepper motor with built in driver improve precision?

The combination of a precise ball screw and microstepping capable driver enables fine linear positioning with minimal backlash and consistent repeatability.

11. Are feedback or encoder options available for integrated ball screw linear stepper servo motors?

Yes optional high resolution encoders can be integrated to provide position feedback and support closed loop control.

12. What communication control options can be customized for these motors?

Customers can request control protocols such as pulse, RS485 Modbus RTU or CANopen based on their system requirements.

13. Can integrated ball screw linear stepper motors be customized for harsh environments?

Yes OEM ODM Customized motors can include higher IP protection for dust and moisture resistance to suit industrial environments.

14. How does the external ball screw design affect load capacity?

The external ball screw arrangement improves load capacity and strength and reduces the risk of mechanical backlash and deformation under force.

15. Why choose an integrated ball screw linear stepper servo motor over separate components?

Integrated solutions reduce system complexity, save space, lower wiring and installation costs and improve long term reliability.

16. What industries commonly use integrated ball screw linear stepper motors?

These motors are widely used in industrial automation, semiconductor manufacturing, medical equipment, robotics, X-Y positioning tables and precision measurement systems.

17. How does OEM ODM Customized service benefit product designers?

Custom motor designs allow product designers to match exact motion profiles, mechanical interfaces and electrical requirements for optimal system performance.

18. Can customers specify the screw lead and stroke length for customized motors?

Yes customers can define specific ball screw lead, effective stroke length and dimensions to meet travel and speed requirements.

19. Are protection and safety features included in integrated ball screw linear stepper motors?

Many Besfoc integrated motors include built in protection functions and optional environmental protection like IP30, IP54 or IP65.

20. How does the built in driver impact motion control responsiveness?

The built in driver usually includes intelligent current regulation and high pulse response frequency which improves responsiveness, reduces vibration and results in smoother motion.

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