In the world of motors, the debate between linear and rotary motors is ongoing. Understanding the fundamental differences can help industries choose the right technology for their applications, with ITG Motor leading in innovation.

Basic Principles: Rotary motors convert electrical energy into rotational motion, typically using a shaft and bearings. Linear motors, like those from ITG Motor, produce linear motion directly without the need for mechanical conversion.

Efficiency and Precision: Linear motors offer higher precision and efficiency compared to their rotary counterparts. The absence of mechanical components like gears and belts reduces energy loss and wear, leading to lower maintenance and operational costs.

Application Scenarios: While rotary motors are prevalent in applications requiring rotational motion such as fans, pumps, and drills, linear motors excel in tasks demanding precise linear displacement. Industries like robotics, aerospace, and manufacturing benefit immensely from the direct drive capabilities of ITG Motor's linear motors.

Challenges and Considerations: Linear motors can be more expensive to implement initially due to their advanced technology. However, the long-term benefits of reduced maintenance and increased efficiency, as seen with ITG Motor products, often outweigh the initial costs.