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

A linear stepper motor with built in driver integrates the stepper motor and its controller into a single compact unit. The internal driver converts electrical pulse signals directly into precise linear motion without requiring external drivers.

What is an integrated linear stepper servo motor and why is it useful?

An integrated linear stepper servo motor combines the motor, built in driver, and sometimes an encoder or lead screw into one actuator. This design reduces wiring complexity, saves installation space, and improves positioning accuracy.

What are the advantages of an integrated linear stepper motor with built in driver?

Integrated linear stepper motors reduce wiring complexity, simplify installation, save system space, improve reliability, and minimize the number of external components required in automation systems.

How does a built in driver improve the performance of a linear stepper motor?

Built in drivers use intelligent current control and advanced motion algorithms to reduce vibration and noise while improving positioning accuracy and motion smoothness.

What NEMA sizes are available for integrated linear stepper servo motors?

Integrated linear stepper servo motors are available in multiple NEMA frame sizes including NEMA8, NEMA11, NEMA17, NEMA23, NEMA24, and NEMA34 to suit various industrial and automation applications.

What customization options are available for OEM ODM integrated linear stepper motors?

OEM ODM customized services allow adjustment of stroke length, screw lead pitch, nut materials, connectors, control interfaces, and environmental protection levels to meet specific application requirements.

Can integrated linear stepper servo motors include encoders and ball screws?

Yes, integrated linear stepper servo motors can include optional encoder feedback systems and ball screw mechanisms to improve positioning accuracy, efficiency, and load capacity.

What communication interfaces are supported by integrated linear stepper motors with built in drivers?

Depending on the model, communication interfaces may include pulse control, RS485 Modbus RTU communication, and CANopen industrial network protocols.

What applications commonly use integrated linear stepper servo motors?

Integrated linear stepper servo motors are used in X-Y positioning tables, semiconductor equipment, medical pumps, optical scanning systems, laboratory automation, and multi axis industrial machines.

Why choose an OEM ODM customized integrated linear stepper motor?

OEM ODM customized integrated linear stepper motors allow engineers to match exact mechanical dimensions, motion parameters, communication interfaces, and environmental requirements for optimal system performance.

Home / Integrated Stepper Motor with Ball Screw

Integrated Linear Stepper Motor with Ball Screw

BesFoc integrated drive+motors combine step motor and drive components into one compact unit. These integrated steppers provide a space-saving design that minimizes wiring and reduces costs compared to separate motor and drive components. Available in NEMA 8, 11, 17, 23, 24 and 34 frame size.

Ball screw external nut linear stepper motors, the screw, and the motor rotor are integrated as the motor output shaft. The nut moves linearly along the screw as the motor rotates. Available in NEMA 8, 11, 17, 23, 24 and 34 different pedestal sizes, a wide range of lead, and effective length screws are available.

Features of stepper closed-loop servo all-in-one machine:

Cortex-M4 core high-performance 32-bit microcontroller
The highest impulse response frequency can reach 200KHz
Built-in protection functions effectively ensure the safe use of the device
Intelligently adjust current to reduce vibration, noise and heat
Using low internal resistance MOS, the heat generation is 30% lower than that of ordinary products.
Voltage range: DC12V ~ DC36V
The integrated design of the drive motor is easy to install, takes up little space, and has simple wiring.
With anti-reverse connection function

Control method:

pulse type
RS485-Modbus-RTU network type
CANopen network type

Protection level:

Waterproof type: IP30 IP54 IP65 optional

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...

Series	Model	Shaft Type	Control Method	Step Angle	Phase Current	Phase Resistance	Rated Torque	Body Length	Integrated Encoder
				(1.8°)	(A)	(Ω)	(Nm)	L(mm)
ISS42-0.22Nm	BFISS42-P01A	External Ball Screw	pulse	1.8	1.3	2.1	0.22	54	1000ppr/17bit
	BFISS42-R01A	External Ball Screw	RS485
	BFISS42-C01A	External Ball Screw	CANopen
ISS42-0.42Nm	BFISS42-P02A	External Ball Screw	pulse	1.8	1.68	1.65	0.42	60	1000ppr/17bit
	BFISS42-R02A	External Ball Screw	RS485
	BFISS42-C02A	External Ball Screw	CANopen
ISS42-0.55Nm	BFISS42-P03A	External Ball Screw	pulse	1.8	1.68	1.65	0.55	68	1000ppr/17bit
	BFISS42-R03A	External Ball Screw	RS485
	BFISS42-C03A	External Ball Screw	CANopen
ISS42-0.8Nm	BFISS42-P04A	External Ball Screw	pulse	1.8	1.7	3	0.8	80	1000ppr/17bit
	BFISS42-R04A	External Ball Screw	RS485
	BFISS42-C04A	External Ball Screw	CANopen

Nema 17 External Ball Screw Specification:
Model No.	Outside Diameter /mm	Lead /mm	Head count	Spherical Diameter /mm
G0801	8	1	1	0.8
G0802	8	2	1	1.2
G1002	10	2	1	1.2
G1004	10	4	1	2
G1202	12	2	1	1.2
G1204	12	4	1	2.5
G1604	16	4	1	2.381

integrated stepper motor linear actuators

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...

Series	Model	Shaft Type	Control Method	Step Angle	Phase Current	Phase Resistance	Rated Torque	Body Length	Integrated Encoder
				(1.8°)	(A)	(Ω)	(Nm)	L(mm)
ISS57-0.55Nm	BFISS57-P01A	External Ball Screw	pulse	1.8	2	1.4	0.55	65	1000ppr/17bit
	BFISS57-R01A	External Ball Screw	RS485
	BFISS57-C01A	External Ball Screw	CANopen
ISS57-1.2Nm	BFISS57-P02A	External Ball Screw	pulse	1.8	2.8	0.9	1.2	80	1000ppr/17bit
	BFISS57-R02A	External Ball Screw	RS485
	BFISS57-C02A	External Ball Screw	CANopen
ISS57-1.89Nm	BFISS57-P03A	External Ball Screw	pulse	1.8	2.8	1.1	1.89	100	1000ppr/17bit
	BFISS57-R03A	External Ball Screw	RS485
	BFISS57-C03A	External Ball Screw	CANopen
ISS57-2.2Nm	BFISS57-P04A	External Ball Screw	pulse	1.8	3	1.2	2.2	106	1000ppr/17bit
	BFISS57-R04A	External Ball Screw	RS485
	BFISS57-C04A	External Ball Screw	CANopen
ISS57-2.8Nm	BFISS57-P05A	External Ball Screw	pulse	1.8	4.2	0.75	2.8	124	1000ppr/17bit
	BFISS57-R05A	External Ball Screw	RS485
	BFISS57-C05A	External Ball Screw	CANopen
ISS57-3N.m	BFISS57-P06A	External Ball Screw	pulse	1.8	4.2	0.9	3	136	1000ppr/17bit
	BFISS57-R06A	External Ball Screw	RS485
	BFISS57-C06A	External Ball Screw	CANopen

Nema 23 External Ball Screw Specification:
Model No.	Outside Diameter /mm	Lead /mm	Head count	Spherical Diameter /mm
G0801	8	1	1	0.8
G0802	8	2	1	1.2
G1002	10	2	1	1.2
G1004	10	4	1	2
G1202	12	2	1	1.2
G1204	12	4	1	2.5
G1604	16	4	1	2.381

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

What is a linear stepper motor with built-in driver and how does it work?

A linear stepper motor with built-in driver integrates the stepper motor and its controller into a single compact unit. The internal driver converts electrical pulse signals directly into precise linear motion, eliminating the need for external driver hardware and simplifying motion control system design.
What is an integrated linear stepper servo motor and why is it useful?

An integrated linear stepper servo motor combines the motor, built-in driver, and sometimes an encoder or lead screw into one actuator. This integrated design reduces wiring complexity, saves installation space, and improves positioning accuracy for automation equipment.
What are the main advantages of using an integrated linear stepper motor with built-in driver?

Integrated linear stepper motors provide several benefits including reduced wiring complexity, faster installation, compact system design, improved reliability, and simplified maintenance. Because control electronics are integrated, fewer external components are required.
How does a built-in driver improve the precision and performance of a linear stepper motor?

A linear stepper motor with integrated driver often includes intelligent current control and advanced motion algorithms. These features reduce vibration and noise while improving linear positioning accuracy and motion smoothness.
What NEMA frame sizes are available for integrated linear stepper servo motors?

Integrated linear stepper servo motors are commonly available in NEMA8, NEMA11, NEMA17, NEMA23, NEMA24, and NEMA34 frame sizes, allowing designers to select the appropriate motor size for compact devices or high-force industrial systems.
What customization options are available for OEM ODM integrated linear stepper motors?

Through OEM ODM customized services, manufacturers can tailor integrated linear stepper motors with features such as custom stroke lengths, screw lead pitch, nut materials, connectors, control interfaces, and environmental protection levels.
Can integrated linear stepper servo motors be equipped with encoders and linear stepper servo motors be equipped with encoders and ball screws?

Yes. Many integrated linear stepper servo motors support optional encoder feedback systems (such as 1000ppr or 17-bit encoders) and can also be paired with ball screw mechanisms for higher load capacity, improved efficiency, and smoother linear motion.
What communication interfaces are supported by integrated linear stepper motors with built-in drivers?

Depending on the model, integrated linear stepper motors may support multiple control interfaces including pulse control, RS485 Modbus RTU communication, and CANopen industrial network protocols.
What applications commonly use integrated linear stepper servo motors?

Integrated linear stepper servo motors are widely used in X-Y positioning tables, semiconductor equipment, medical pumps, optical scanning systems, laboratory automation devices, and multi-axis industrial machines.
Why choose an OEM ODM customized integrated linear stepper motor for automation systems?

Choosing an OEM ODM customized integrated linear stepper motor allows engineers to match exact mechanical dimensions, motion parameters, control interfaces, and environmental requirements, improving system performance while reducing integration complexity.

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