What is a Linear Stepper Motor?
In the world of electric motors, the vast majority are designed to do one thing: spin. To get anything to […]
This is your knowledge base for expert insights into motion control. We cover everything from foundational questions, like “What is a stepper motor?” and “What is a planetary gearbox?”, to advanced tech guides on topics like sensorless motors and holding torque. Use our comparisons to help you choose the right solution (e.g., Brushed vs. Brushless) and explore our structure explosion views to understand our product engineering in detail.
In the world of electric motors, the vast majority are designed to do one thing: spin. To get anything to […]
To the untrained eye, a linear stepper motor looks like a standard motor with a screw sticking out of it.
When selecting a linear stepper motor for your automation project, you will encounter terms like “External,” “Non-Captive,” and “Captive.” While
Understanding Linear Stepper Motor Structures: External vs. Non-Captive vs. Captive Read More »
Occasionally, our engineering team receives inquiries from customers asking for a “Teflon screw.” While creating a lead screw entirely out
What is a Teflon Coated Lead Screw? (And When to Use It) Read More »
When an engineer needs to move a load in a straight line, the most traditional method has been to take
Linear Stepper Motors vs. Rotary Motors: Why Go Direct? Read More »
When browsing specifications for a Linear Stepper Motor, you will often see specifications like “Tr8x8” or “Tr8x2.” Understanding what these
Lead vs. Pitch: How to Calculate Linear Speed and Resolution Read More »
When specifying a linear stepper motor or a lead screw assembly, engineers often focus heavily on the motor size and
Bronze vs. POM Nuts: Choosing the Right Match for Your Lead Screw Read More »
When selecting a linear actuator, one of the first mechanical questions you will face is: “Should I use a Trapezoidal
Trapezoidal Screws vs. Ball Screws: Choosing the Right Linear Technology Read More »
If you look at the specifications for an AKT Motor linear actuator, you will notice that the lead screw is
Why Stainless Steel Screws? Understanding Material Compatibility Read More »
If you have ever turned a handle on an old machine and felt a moment of looseness before the mechanism
What is an Anti-Backlash Nut? (And Why They Are Usually Plastic) Read More »
One of the advantages of AKT Motor linear actuators is their robustness. Unlike complex servo systems, linear stepper motors are
Maintenance Guide: Lubrication and Heat Management for Linear Stepper Motors Read More »
One of the most common challenges in designing vertical motion systems—such as the Z-axis of a 3D printer or a
Preventing Back-Driving: Solutions for Vertical Z-Axis Applications Read More »
In the world of precision automation, converting rotary motion into linear motion is a fundamental challenge. While traditional systems use
How to Choose the Right Linear Stepper Motor: A Comprehensive Guide Read More »
A Brushless DC Motor, commonly abbreviated as BLDC, represents a major leap forward in modern motion control. It is a
A stepper motor is a unique type of precision actuator, fundamentally different from a conventional, continuously rotating motor (like a
In the world of stepper motors, there are three primary types: Permanent Magnet (PM), Variable Reluctance (VR), and Hybrid. The
Within the stepper motor family—which includes Permanent Magnet (PM), Hybrid, and Variable Reluctance (VR) types—the Permanent Magnet (PM) Stepper Motor
The Brushed DC Motor is the most classic, mature, and widely recognized design in motor technology. It has a long
In modern industrial automation and precision machinery, the power transmission system is a core part of the design. Among the
A Brushless DC Motor (BLDC) is famous for its high efficiency, long lifespan, and power density. But it has one