RMT magnetic levitation annular transport module
The RMT Magnetic Levitation Annular Transport Module is a cutting-edge product designed for efficient and high-speed movement. With a continuous thrust ranging from 57N to 180N, this innovative transport solution achieves impressive speeds—up to 3 m/s at 48VDC and an astounding 36 m/s at 600VDC. One of its standout features is the ability to achieve infinite length splicing, allowing for flexible and extensive travel options. Additionally, it supports an adaptable number of moons, making it versatile for various applications. Whether used in manufacturing, logistics, or transportation, the RMT Magnetic Levitation Annular Transport Module promises to revolutionize the way goods and materials are moved, offering reliability and advanced performance in a compact design.
Introducing our advanced product display, designed for optimal performance and versatility. With a continuous thrust range of 57N to 180N, this system ensures powerful and efficient operation tailored to your needs. Experience remarkable maximum speeds, reaching up to 3 m/s at 48VDC and an impressive 36 m/s at 600VDC, making it suitable for various applications. The innovative travel feature allows for infinite length splicing, providing unparalleled flexibility in configuration. Moreover, our display can accommodate any number of moons, making it highly adaptable for different operational requirements. Explore the future of product displays with our state-of-the-art technology and unmatched performance capabilities.
The ironless linear motor of the LMU series stands out for its exceptional performance and efficiency. Designed to deliver high thrust while consuming minimal current, this innovative motor eliminates iron losses, resulting in a lower calorific value. This means that it can operate under demanding conditions without overheating or wasting energy. With its compact and lightweight design, the LMU ironless linear motor is ideal for applications where space and efficiency are paramount. Its ability to provide significant thrust with little electrical input makes it a preferred choice in various high-performance scenarios, ensuring reliability and longevity in operation.
