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Home / News / Industry News / Can motor progressive dies meet diverse production needs?
Author: Admin Date: Jul 31, 2024

Can motor progressive dies meet diverse production needs?

The motor progressive die can indeed meet diverse production needs, mainly due to its unique design and working principle.
Motor progressive die, also known as continuous die or multi station progressive die, consists of multiple stations, which are sequentially associated to complete different processing tasks. In one stroke of the punch press, it can complete a series of stamping processes such as punching, cutting, bending, trimming, deep drawing, etc. This efficient processing method enables the motor progressive die to demonstrate great advantages in the production of motor iron cores and other components.
Firstly, the motor-driven progressive die has extremely high production efficiency. By eliminating the conversion time between different processes and with the cooperation of an automatic feeding mechanism, it can achieve automated production. Taking high-speed punching machines with stamping cycles of 300-500 times per minute and single row motor core molds as an example, it is possible to produce up to 600-1000 motor core punches in one minute. If a three column or multi column design is adopted, the production efficiency will be doubled, which is of great significance for large-scale and industrial production.
Secondly, the motor progressive die can produce complex and high-precision stamped parts. Due to the sequential association of each workstation to complete different processing, it is possible to produce motor iron cores and other components with complex shapes and high precision requirements. This high-precision and complex production demand is particularly common in the motor industry, such as automotive motors, home appliance motors, and other fields, which require extremely high precision and consistency of components.
In addition, the motor progressive die also has the advantages of safe operation, easy automation, and reduced equipment space occupation. Due to the fact that manpower does not need to enter hazardous areas, operational safety is guaranteed. At the same time, it is easy to achieve automated operations such as automatic feeding, automatic output, and automatic stacking, reducing labor costs and improving production efficiency. In addition, due to the reduced transportation demand for presses and semi-finished products, the workshop area and warehouse area can also be greatly reduced.
In summary, the motor progressive die meets the diverse production needs in the motor industry with its high efficiency, high precision, and automation characteristics. Whether it is large-scale industrial production or the production of high-precision, complex shaped components, motor-driven progressive dies can provide reliable solutions.

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