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Non-captive linear Stepper Motors

Stepper motors enable accurate positioning with ease. They are used in various types of equipment for accurate rotation angle and speed control using pulse signals. Stepper motors generate high torque with a compact body, and are ideal for quick acceleration and response.

Jkongmotor offers many solutions for a wide variety of applications:

Closed Loop Stepper Motors, 2-Phase Stepper Motors, 3-Phase Stepper Motors, or 4-Phase Stepper Motor
Geared, Encoder and Electromagnetic Brake options
AC or DC Input Stepper Motor Drivers
Integrated Stepper Servo Motor
Frame Sizes from 0.79 in. (20 mm) up to 5.12in. (130 mm)

If you need more details on any specific type or application, let me know!

Features:

Direct Linear Motion Without Conversion Mechanisms
High-Precision Step Control
Compact and Low-Profile Design
Integrated Linear Guidance and Stability
High Thrust Output
Customizable Stroke Lengths
Robust Structural Design
Easy Mounting and Integration
Closed-Loop Control Compatibility
Energy-Efficient Operation

Jkongmotor Non-captive linear Stepper Motors:

Introductions of Non Captive Linear Stepper

8 Key Applications of Non-Captive Linear Stepper Motors: From 3D Printing To Precision Optical Alignment
Non-captive linear stepper motors are powerful motion control devices that deliver precise, controllable linear movement using a stepper motor and an integrated lead screw. What makes them unique is their design—the lead screw travels through the motor body and moves linearly while the motor itself Read More
Non-Captive Linear Stepper Motor | Jkongmotor
Introduction to Linear Stepper MotorsLinear stepper motors are precision electromechanical devices that convert electrical pulses directly into linear motion. Unlike rotary stepper motors, which require mechanical conversion mechanisms such as lead screws or belts to produce linear motion, linear st Read More
Non-Captive Linear Stepper Motor Vs Captive Linear Stepper Motor
Non-Captive Linear Stepper Motor vs Captive Linear Stepper MotorWhen it comes to precision linear motion, linear stepper motors are the preferred choice in many automation and mechatronics systems. Among these, non-captive and captive linear stepper motors are two of the most commonly used types. Wh Read More

Features of Stepper Motors:

Stepper motors are known for their precise positioning, repeatable movement, and high torque at low speeds. They are also reliable and require little maintenance due to their brushless design. Stepper motors are also relatively inexpensive compared to other types of motors.

Below are the key features of stepper motors:

1. Precise Position Control

Stepper motors move in discrete steps, allowing for high-precision control of angular position without requiring feedback systems like encoders.

2. Open-Loop Operation

Stepper motors operate in an open-loop system, which means they don’t require feedback to determine the rotor’s position.

3. Excellent Torque at Low Speeds

Stepper motors deliver high torque at low rotational speeds, making them perfect for applications where slow, controlled movements are needed.

4. Holding Torque

When the stepper motor is powered but not rotating, it can hold its position firmly, even against external forces.

5. Simple and Cost-Effective Drive Electronics

Stepper motors can be driven by basic electronic controllers using digital pulses.

6. Repeatability

Because they always move a fixed step for each input pulse, stepper motors are highly repeatable.

7. Compatibility with Microstepping

Most stepper motors support microstepping, which divides each step into smaller increments.

8. Bidirectional Movement

They can rotate clockwise or counterclockwise with equal ease.

9. Wide Range of Sizes and Types

Available in various frame sizes, stepper motors can be matched to small and large-scale applications alike.

10. Immediate Start, Stop, and Reverse

Stepper motors respond instantly to input signals without the need for acceleration or deceleration phases.

11. No Tuning Required

Unlike servo motors, stepper motors do not require PID tuning or sophisticated setup procedures.