The stamping capability of motor cores is a crucial indicator for measuring the technical level, production efficiency, and product quality of motor core manufacturing enterprises. Stamping capability involves multiple aspects, including equipment performance, process level, material utilization, precision control, and more. Below is a detailed description of the stamping capability for motor cores:
Equipment Capability
Process Level
Material Utilization
Precision Control
Production Efficiency
Die Design and Manufacturing
Quality Control
Customization Capability
Applications of Motor Iron Cores
Motor iron cores are essential components in modern motor manufacturing, widely used across various fields to provide efficient and reliable power support for a range of devices. Below are the main application areas of motor iron cores:
Yuma Precision CHINA
Yuma Precision THAILAND
Yuma Precision founded in 2007, high-tech enterprise specializing in the R&D and manufacturing of motor cores and tooling, serving industrial control, new energy/automotive markets, of which the products are widely applied in industries such as new energy vehicles, robots, mechanical automation, household appliances, audio-visual equipment, medical facilities, fitness equipment, and electric tools.
The company possesses three R&D centers, namely product R&D, tooling R&D and equipment R&D, including more than 20% of R&D personnel and over 50 invention patents and utility ...Learn more
Countries and Regions
Self-operated Factory
Customer Service
The company has more than 500 employees
Customer Evaluation
Customer Company A
America
Customer Company A
America
Customer Company C
Customer Company D
Customer Company E
Professional Certificate
May. 05, 2025
Adhesive core technology - Yuma Precision
May. 05, 2025
The first phase of Yuma Precision's factory in Thailand has been completed
May. 05, 2025
Motor core direct stacking process & large rotation process
