Have you ever wondered what keeps humanoid robots moving so gracefully? As a manufacturer with years of experience in crafting coreless motors lamination stacks, I can tell you that the secret lies in the motor at its core—literally!
Xiaomi, the smartphone industry leader, has gradually ventured into the electric vehicle arena, and their latest SU7 model is making waves. But what's the buzz all about? Could it be the cutting-edge 800V front drive motor assembly?
As a seasoned motor core lamination manufacturer in China, with years of experience under our belt, we're here to shed some light on this fascinating topic. We’ve seen it all, from the classic to the segment, and today, we’re sharing why segmented stator cores are essential for modern electric motors. So, buckle up and get ready for a journey through the intricacies of motor design.
Ever wondered what makes electric motors and transformers run more efficiently? The answer lies in the advanced technology of Backlack lamination bonding. This cutting-edge stacking method not only enhances performance but also cuts down on energy losses. Next, we'll dive into the intricacies of Backlack bonding, explaining why it's considered the best stacking technology for stator and rotor lamination stacks.
Flat wire motor is a new type of drive motor. Its wire is flat instead of round. But it is not a new thing. It has appeared in the industrial field decades ago. However, the use of flat wire motors in new energy vehicles has only been in recent years. So, how does the flat wire motor work? How does it achieve those advantages? Next, this article will introduce the flat wire motor in detail from multiple aspects.
Ever wondered why your kitchen blender or washing machine runs so efficiently and quietly? The answer lies in the heart of their motors—the stator core. Specifically, the straight strip stator core is revolutionizing home appliances by boosting performance and energy efficiency.
Why are amorphous materials becoming a game-changer in the development of drone motor cores? In the rapidly evolving world of drone technology, efficiency and performance are paramount. Amorphous materials for drone motor cores offer unparalleled advantages, including superior magnetic properties and lower energy losses, which are critical in enhancing motor performance.
Have you ever wondered what makes drones zoom through the skies with such precision and agility? It's all in the motors, my friends. This post is your golden ticket to understanding the world of DC motors for drones and UAVs. From the hummingbird-like maneuvers of tiny quadcopters to the steadfast hover of industrial UAVs, we're diving deep into the heart of these machines.
Ever wondered what breathes life into the buzzing drones that crisscross our skies? It's not just electronics and software; the heart of a drone's motor lies in its stator, a component crucial for transforming electrical energy into the mechanical power that lifts and propels. This blog post dives into the intricacies of manufacturing drone motor stators, a process combining precision, innovation, and a touch of alchemy.