■ Inner Structure
■ Product Principle
A linear motor is a drive device that directly converts electrical energy into linear mechanical motion without any intermediate transmission mechanism. It can be regarded as a rotary motor that has been cut radially and unrolled into a flat structure.
■ Product Advantages
1. High precision
Linear motors generate linear motion directly through electromagnetic force, eliminating mechanical transmission components used in traditional rotary systems. With position feedback control, they achieve higher positioning accuracy, repeatability, and absolute accuracy.
2. High efficiency
Linear motors are not limited by mechanical stress, enabling higher speed and output power, making them ideal for fast dynamic motion applications. They also reduce mechanical losses and energy consumption, lowering maintenance requirements and operating costs.
3. Smooth operation
The direct-drive design of linear motors reduces vibration and noise caused by mechanical transmission, providing smoother motion and making them suitable for noise-sensitive environments.
4. Scalability and modularity
Linear motors can be seamlessly integrated with other automation components such as sensors and controllers. Their modular design allows for different sizes and specifications, enabling flexible adaptation to various application requirements.
Linear motors directly generate linear motion through electromagnetic force, eliminating the need for mechanical transmission used in traditional rotary systems. They feature high precision, high speed, high load capacity, high responsiveness, and low noise. LNP3 Model Linear Motor Type further improves performance and structure on the previous design. It features a low-profile structure for better stability and an internal protection design to prevent coil damage and improve safety. External locking screws allow easy installation without disassembly. Compared with the second generation, it provides higher thrust in the same width for heavier loads. It also offers higher rigidity and lower weight, making it suitable for compact, high-thrust, and high-performance automation systems.

