Stamping Die Overview
The motor lamination stamping die is an efficient production tool used to mass-produce iron cores in the motor production process.
This type of stamping die is usually composed of multiple workstations, each performing specific stamping operations such as punching, forming, stacking, etc.
Stamping dies can operate continuously, improving production efficiency while ensuring product consistency and accuracy.
In the production of motor cores, the motor lamination stamping die can achieve automated production from raw materials to finished products, reduce manual intervention, and improve production efficiency and product quality.
The desired shape and size of the iron core can be obtained by precisely controlling stamping parameters such as pressure, speed, and stroke.
Quality control
The parameters of the stamping die can be adjusted according to different iron core heights to adapt to the production of various products.
This Motor Lamination Stamping Die is manufactured using the most advanced technology, and each part is produced using high-precision machine tools
Accurate inspection of molds is carried out using a coordinate measuring machine, and accurate part processing design drawings are drawn to ensure that each part can meet design requirements
The key components of the stamping die are designed to be replaceable. When the die has slight wear and tear during long-term use, it can be easily replaced at a low cost, ensuring the quality of the motor core
The lamination device is driven by a servo motor, and engineers can easily control the rotation angle of the lamination,
Motor Lamination Stamping Die Data
| ITEM | DATA |
| Stacking type: | vertical, rotating |
| Production method: | fully automatic |
| Core parts: | rotor, stator |
| Workstation: | 1-5 optional |
| Rotary drive: | servo motor |
| Rotation angle: | free control |
| Iron foil thickness: | 0.2-1.5mm |
| Part diameter: | follow design |
Motor rotor Stamping Dies Video
Motor Lamination Stamping Die Advantage
1, High efficiency:
Continuous stamping can complete the production of a large number of iron cores in a very short time, greatly improving production efficiency.
2, Consistency:
The automated production process reduces human error and ensures consistency in the size and shape of each iron core.
3, Save original and cost:
Due to precise design and efficient material utilization, production costs are effectively reduced.
4, Easy maintenance:
The design of stamping dies usually takes into account the quick replacement of vulnerable parts, reducing maintenance time and costs.
5, Strong adaptability:
The parameters of the stamping mold can be adjusted according to the height of different rotors to adapt to the production of various products.
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