Brief: From concept to demonstration, this video highlights the evolution and practical outcomes of the Coreless Linear Motor Compact Linear Motor Axis. You will see a detailed walkthrough of its compact design, high thrust capabilities, and how its coreless brushless technology delivers high efficiency and precision in demanding applications.
Related Product Features:
Delivers a peak force ranging from 144 to 352 Newtons for high thrust performance.
Features a coreless brushless design for enhanced efficiency and reliability.
Operates with zero cogging and zero attraction force for smooth motion.
The coil unit is designed to be lightweight and small in size.
Enables high acceleration and high positioning accuracy for precise control.
Boasts a compact design ideal for applications with space constraints.
Easy installation process simplifies integration into various systems.
Available in multiple models like TM24X2 to TM24X7 with varying peak forces.
FAQs:
What is the peak force range for the Coreless Linear Motor Axis?
The Coreless Linear Motor Axis offers a peak force range from 144N to 352N, with specific models like the TM24X2 providing 54N and the TM24X7 offering 203N, catering to various high thrust requirements.
How does the coreless brushless design benefit the motor?
The coreless brushless design eliminates iron cores, resulting in zero cogging and zero attraction force, which ensures smoother operation, higher efficiency, and reduced heat generation for improved performance and longevity.
What are the key advantages of the compact design?
The compact design features a small size and light weight for the coil unit, making it easy to install and ideal for applications where space is limited, without compromising on high acceleration and positioning accuracy.
What is the lead time for ordering the TM24 Series motors?
The lead time for the TM24 Series motors, including models like TM24X2 and custom track lengths, is typically 3 to 4 weeks after placing the order, ensuring timely delivery for your project needs.