Combined Stepper Motor

Your Leading Combined Stepper Motor Supplier

XFOYO is a national high-tech enterprise focusing on the research and development, production and sales of motion control products. Our company mainly develops and produces stepper motor, stepper driver, servo motor, combined stepper motor, servo driver, brushless motors, brushless driver and motion controllers, PLC, HMI and other products. Our factory has many kinds of combined stepper motor, including gearbox stepper motor, brake waterproof stepper motor, hybrid stepper servo motor. They are widely used in electronic equipment, textile equipment, medical equipment, advertising equipment, robots and other fields.

Why Choose Us?

Rich Experience

SHENZHEN XFOYO ELECTRIC CO., LTD. is established in 2009, is a national high-tech enterprise focusing on the research and development, production and sales of motion control products.

Quality Guaranteed

All XFOYO products have passed CE, FCC, UL, RoHS and other certifications, and professional quality management personnel conduct product testing to ensure product quality.

Wide Product Range

XFOYO products are widely used in semiconductor equipment, robots, medical equipment, textile equipment, digital post printing equipment, clothing plotters, packaging machinery, carving machines, sewing equipment, laser equipment and other industries.

Broad Market

All products manufactured by the factory are exported to over 20 countries, and original equipment manufacturing (OEM) services are also available upon request.

Types of Combined Stepper Motor

Gearbox Stepper Motor

A gearbox stepper motor is a stepper motor that is connected to a gearbox, a mechanism that modifies the motor's output characteristics, primarily by reducing speed and increasing torque. This combination is common in applications requiring precise positioning and high torque, like robotics and 3D printing.

Brake Waterproof Stepper Motor

Brake waterproof stepper motor combines the features of a waterproof stepper motor (protected against water damage) with a brake function that allows for quick and controlled stopping of the motor. The waterproof versions feature special seals that protect their internal components from water damage. These motors are particularly suited for outdoor use and environments with high moisture exposure.

Hybrid Stepper Servo Motor

A hybrid stepper servo motor, also known as a hybrid motor, combines the features of both stepper motors and servo motors. It operates as a stepper motor but incorporates an encoder feedback system, providing closed-loop control capabilities and enhanced positioning accuracy. This allows for smoother, quieter, and more precise movement compared to traditional stepper motors while maintaining the benefits of open-loop operation.

Specifications of Combined Stepper Motor

Gearbox Motor Modell	Step Angle	Motor Length	Current	Holding Torque	Resistance	Inductance	Rotor inertia	Weight	Wires
Gearbox Motor Modell	(E)deg	L/mm	A/Phase	N.m	Ω/Phase	MH/Phase	G.cm²	Kg	Lead
FY86EX320A-T	1.8	75	3.2	4	1.2	4.1	1300	1.8	4
FY86ES350A-T		80	3.5	4.5	1	4.4	1500	2	4
FY86EM400A-T		94	4	6	0.8	3.5	2700	2.8	4
FY86EL400A-T		118	4	8.5	0.97	5.5	4100	3.8	4
FY86EC500A-T		150	5	12	1.2	6	6200	5.2	4
FY86ES350A-TP		80	3.5	4.5	1	4.4	1500	2	4
FY86EL400A-TP		118	4	8.5	0.97	5.5	4100	3.8	4

Features Of Combined Stepper Motor

Excellent Torque Output

One of the key advantages is their excellent torque output, which allows for precise control and positioning. This makes hybrid stepper motors ideal for applications that require high levels of accuracy, such as robotics, CNC machines, and 3D printers.

Ability To Hold Position

Another advantage of hybrid stepper motors is their ability to hold position without the need for external feedback devices. This inherent position-holding capability eliminates the need for additional sensors and simplifies the control system. Hybrid stepper motors are relatively easy to drive and can be controlled using simple digital signals, making them suitable for a wide range of applications.

High Resolution And Accuracy

Hybrid stepper motors typically have a step angle of 1.8 degrees or even smaller, resulting in high angular resolution. Some designs may incorporate micro-stepping, allowing for even finer resolution and smoother motion.

Reduced Vibration And Noise

Hybrid stepper motors, especially when used with micro-stepping drivers, can exhibit reduced vibration and noise levels during operation. Microstepping subdivides each full step into smaller steps, resulting in smoother motion and less audible noise.

Customization Options

Material:

Customizable

Color:

Customizable

Style:

Customizable

Warranty:

One year

Logo:

Can print your private logo according to your requirements

Minimum order quantity:

We have flexible minimum order quantity

Usage Requirements of Combined Stepper Motor

Hybrid stepper motors are suitable for applications that require high torque output where space is limited. Their high holding torque can maintain position without the use of a brake, and their small step size allows for precise positioning. Even without the use of a position feedback sensor, stepper motors can reliably achieve repetitive motions with a high level of accuracy.

Hybrid stepper motors are commonly used in CNC machines, 3D printers, industrial automation, and material handling systems. They are also found in robotics and pick-and-place machines that require high precision and accuracy.

Hybrid stepper motors can also be used in applications where a PM stepper motor needs to be more powerful or reliability is a concern. Stainless steel bearings provide low friction even while rotating at high speeds.

Applications of Combined Stepper Motor

3D Printing: Stepper motors are crucial for controlling the movement of the extruder and print bed in 3D printers, ensuring accurate layer placement.

Robotics: They are used in robotic arms and other robotic systems for precise positioning and movement of joints and actuators.

CNC Machines: Stepper motors are used for accurate and repeatable movement in cutting and milling operations in CNC machines.

Medical Equipment: They are utilized in medical imaging machinery, lab equipment, and other devices requiring precise control and positioning.

Automated Manufacturing: Stepper motors are used in conveyor belt systems, packaging machinery, and other industrial automation applications.

Printers and Scanners: They are used for paper feeding, head movement, and other functions in printers and scanners.

Home Appliances: Stepper motors can be found in air conditioning louvers, electrically operated drapes, and other devices requiring precise control.

Automotive: They are used in adaptive headlight systems, steering wheel vibration, and other applications requiring precise control.

Security and Defense: Stepper motors are used in security and defense applications.

Semiconductor Manufacturing: Stepper motors are used in semiconductor manufacturing applications.

Biotech: Stepper motors are used in biotech applications.

Shipping & Payment

Payment method:	T/T, Western Union, PayPal etc.
Payment method:	Pay 30-50% deposit first, the balance needs to be paid before shipment
Shipping method:	By Sea, Air, Express and Other Channels

Certificate

FAQ

Q: How to install combined stepper motor?

A: The specific requirements will depend on whether you're using a unipolar or bipolar stepper motor and your chosen driver, but generally involves connecting the motor's leads to the driver's inputs and providing power.

Q: What are the control methods of combined stepper motor?

A: · Open-loop control: Directly control the motor through pulse signals, suitable for simple applications.
· Closed-loop control: Combine encoder feedback to achieve high-precision position control.
· Bus control: Multi-axis synchronous control is achieved through bus protocols such as can and ethercat.

Q: Does combined stepper motor support microstepping?

A: Yes. Microstepping drive technology can significantly reduce vibration and noise and improve positioning accuracy by increasing the resolution of current control and subdividing each step into multiple microsteps. For example, a 1.8° step angle can be achieved by 16 subdivisions to 0.1125°/step.

Q: What factors affect the life of combined stepper motor?

A: · Bearing life: Related to load, speed and lubrication conditions.
· Winding insulation: High temperature will accelerate insulation aging, and the motor temperature rise needs to be controlled.
· Mechanical wear: High load or frequent start and stop will shorten the life of the gearbox (if any).
· Environmental factors: Humidity and corrosive gases May affect motor reliability.

Q: How to solve the heating problem of combined stepper motor?

A: · Optimize drive current: Avoid excessive holding current.
· Heat dissipation design: Add heat sinks or fans to improve air circulation.
· Choose low-power models: Use high-efficiency drivers and low-resistance windings.
· Reduce operating frequency: Reduce motor heating in low-speed applications.

Q: What are the maintenance requirements of combined stepper motor?

A: · Low maintenance: Stepper motors do not require commutators, which reduces wear.
· Regular inspection: It is recommended to check the motor temperature, vibration and connection status every 6-12 months.
· Cleaning: Avoid dust and metal chips from entering the motor and affecting performance.

Q: How to choose a suitable combined stepper motor?

A: · Speed range required.
· Desired rotary or linear step resolution and step accuracy.
· Maximum loading in each direction.
· Type of load (frictional, inertial, mechanical spring, shock load, or combinations of these)
· Orientation of the motor's rotary or linear axis.

We're well-known as one of the leading combined stepper motor manufacturers in China. If you're going to buy high quality combined stepper motor made in China, welcome to get more information from our factory. Also, customized service is available. Nema 8 Closed Loop Stepper Motor, EtherCAT Stepper Driver, Nema 34 Gearbox Stepper Motor