The motor core, an essential component of electric motors, plays a vital role in their operation. Also known as the motor magnetic core or stator-rotor core, it is constructed using silicon steel sheets with a thickness ranging from 0.2mm to 0.6mm. These sheets undergo precise stamping using high-speed punches and high-precision metal continuous molds to ensure accurate production and yield of the motor core. Therefore, selecting the right automated stamping equipment, including high-speed gear feeders, leveling machines, and uncoilers, is of utmost importance.

Selecting the Ideal High-Speed Gear Feeder

High-speed gear feeders are commonly used in motor core stamping processes. These feeders enable the stamping and stacking of 0.5mm thick silicon steel sheets using high-speed punches to maintain production efficiency. Therefore, when choosing an automatic feeder, it is crucial to ensure it meets the requirements for fast feeding with this specific thickness. The high-speed gear feeder is a specialized device designed for stamping silicon steel sheets, offering stable performance, rapid feeding speed, and convenient step adjustment. It serves as an ideal feeder for motor core stamping operations.

For a more cost-effective alternative, a high-speed roller feeder can be considered. Additionally, in the case of long-step and large-sized stator-rotor laminations, a high-speed NC servo feeder is a suitable option.

Optimizing Stamping with the S-Type High-Speed Leveling Machine

The S-type high-speed leveling machine is widely used for motor core stamping processes. Regular leveling machines cannot achieve the required fast discharge speed for motor core stamping. Even with increased gear ratios, issues such as severe material shaking and long material waiting areas may persist. The S-type high-speed leveling machine is specifically designed to address these challenges. It offers a rapid discharge speed of up to 60m/min and, in some cases, incorporates a photoelectric guiding system to eliminate the need for additional waiting zones. This innovative feature effectively resolves problems related to material shaking and large space occupancy during the stamping process.

If the punching speed is not high, and a more cost-effective solution is desired, a material correction machine can be considered.

Enhancing Efficiency with the Power-Free Double-Head Uncoiler

The power-free double-head uncoiler is widely utilized in motor core stamping applications. Due to the rapid consumption of material during the stamping process, frequent coil replacements are necessary. The double-head uncoiler facilitates uninterrupted coil changes by incorporating two material-holding spools. While one spool is unwinding, the other can be loaded with a new coil. This setup allows for swift workstation switching, ensuring uninterrupted coil unwinding when paired with a wire welding machine.

In situations where the punching speed is not high, a heavy-duty uncoiler (single-head uncoiler) can also be considered as a viable alternative.

Selecting the right automated equipment for motor core stamping is essential to ensure efficient production and high-quality motor cores. The high-speed gear feeder, high-speed roller feeder, and high-speed NC servo feeder offer various options for different requirements. The S-type high-speed leveling machine addresses challenges related to material discharge speed, shaking, and space occupancy. The power-free double-head uncoiler enables seamless coil changes, enhancing overall efficiency. By carefully considering these factors and choosing the most suitable automated equipment, manufacturers can optimize their motor core stamping processes and achieve superior results.

gear feeder
gear feeder