Product-Focused FAQs
1. What is an integrated ball screw linear stepper motor?
An integrated ball screw linear stepper motor combines a stepper motor and drive electronics into one compact unit, using a ball screw to convert rotary motion into precise linear movement.
2. How does the ball screw mechanism improve performance?
The ball screw reduces friction through recirculating ball bearings, which allows high efficiency, low backlash, smooth motion, and excellent positional accuracy.
3. What sizes are available for these integrated motors?
JKongMotor offers units in multiple NEMA frame sizes including NEMA 8, 11, 17, 23, 24 and 34.
4. What are the standard voltage requirements?
These integrated stepper motors typically operate within a DC 12V to DC 36V voltage range.
5. What control methods do the integrated motors support?
They support pulse control, RS485-Modbus-RTU, and CANopen network interfaces.
6. Are these motors capable of closed-loop control?
Yes — they support optional closed-loop feedback for higher positioning accuracy and reliability.
7. What kind of accuracy and repeatability can I expect?
Thanks to ball screw integration and stepper control, these motors deliver highly repeatable motion and precise positioning suitable for precision automation.
8. Do integrated motors produce less vibration and noise?
Yes — they intelligently adjust current to reduce vibration, noise, and heat during operation.
9. What protection levels are available?
Optional protection ratings include IP30, IP54, and IP65 for different environmental conditions.
10. Can these motors handle high acceleration and speed?
The integrated design with optimized current control enables high acceleration and quick dynamic response.
11. Are these motors suitable for low-speed precision motion?
Yes — advanced microstepping and intelligent current control ensure excellent smooth motion at low speeds.
12. Do these units include built-in safety protections?
Yes — built-in protection features help guard against misuse and enhance operational safety.
13. What industries commonly use integrated ball screw linear stepper motors?
Typical applications include CNC machining, robotics, semiconductor & lab automation, medical devices, 3D printing, and inspection systems that require precise linear motion.
14. What are the benefits of integrated vs. traditional separate motor and driver setups?
Integrated motors save space, simplify wiring, reduce installation complexity, and lower overall system cost.
Factory Customization & Capability FAQs
15. Can JKongMotor customize ball screw dimensions and stroke lengths?
Yes — the factory can customize screw leads, diameters, and travel stroke lengths according to your motion requirements.
16. Can I request a non-standard NEMA size or bespoke frame design?
JKongMotor can often accommodate non-standard frame sizes and mechanical modifications on request, depending on order volume and feasibility.
17. Does the factory offer special encoder or feedback options?
Yes — enhanced encoder and feedback options for closed-loop systems can typically be added per customer specifications.
18. Is it possible to specify custom control interfaces or firmware?
Many industrial clients can request tailored control interfaces (special protocols or network types) depending on application needs.
19. What quality standards and testing processes does JKongMotor use?
Manufacturing includes performance testing, protection feature validation, and quality checks to ensure repeatability and reliability — with possibilities for customer-specific QA checks.
20. What is the minimum order quantity (MOQ) for customized motors?
MOQ may vary by customization complexity — for exact requirements, contacting JKongMotor directly for the latest factory policy is recommended.
