First of all, manufacturing electrical motor stator stacks process brings some different technical components together. The concept of motor stator core laminations of all types may be staked together into stacks of determined heights as they are stamped in progressive dies during the manufacturing process. This technique represents an opportunity for both improved quality and significant cost reduction to manufacturers of motor stator stack products that require rotor, stator, transformer, and other types of laminations that subsequently are laminated into Stator stacks.
The stator of the induction motor consists of the stator core and stator slots. Generally, two types of stator slots are used in induction motors, open slots and semi-closed slots. The operating performance of asynchronous motors depends on the shape of the slots, so it is important to choose the appropriate slot for the stator slots.
Finally, we can define different advantages of manufacturing electrical motor stator stacks for motors. As Bronz Otomotiv Inc., with coupling this know-how with our expertise in stack processing, we ensure your stack magnetic, mechanical, and dimension requirements are met. Our stack processing expertise, ISO9001 certified facilities, and quality assurance system guarantee the stack performance advantages for your requirements. We’ve made easier the supply chain process for laminations and stacks by using in-house resources. This feedback in short lead times for prototypes and mass production so you get to market faster than competitors.