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.

Mould development represents a key strength of Yuma Precision. Our design team utilizes advanced CAD/CAE software to accurately simulate the mould forming process, identifying and resolving potential issues in advance. We employ high-precision machining centres and wire - cut EDM machines to ensure the mould's dimensional accuracy and surface roughness meet the highest standards. During the trial production phase, we strictly control parameter adjustments and optimize the cooling system design to ensure product quality and enhance production efficiency, laying a solid foundation for large-scale production.

Interlock-free stamping Technology is a core highlight of Yuma Precision. Through innovative mould design and stamping processes, this technology eliminates the punch mark structures found in traditional stamping, reducing stress concentration and improving the mechanical strength and electromagnetic performance stability of cores. It also optimizes material layout, significantly improving material utilization and reducing costs. The products demonstrate excellent dimensional accuracy and performance consistency, providing strong technical support for high - end motor manufacturing.

In the field of sample development, Yuma Precision demonstrates remarkable strength. By leveraging advanced design software and simulation technologies, it can precisely interpret customer requirements and rapidly generate optimized design solutions. From conceptualization to physical implementation, Yuma Precision employs high-precision CNC machining equipment, operated by skilled workers to ensure sample manufacturing accuracy. Conducting performance testing and iterative improvements in tandem, it shortens the development cycle and efficiently delivers high-quality samples, helping customers seize market opportunities.

Yuma Precision possesses comprehensive manufacturing processes for cores and components. During the silicon steel sheet punching process, it uses high-precision punching machines with specialized moulds to ensure dimensional accuracy and burr control. The automated production line for core stacking ensures neat and tight lamination, reducing eddy current losses. The insulation coating is sprayed evenly with strong adhesion. In component processing, from winding, embedding to welding, advanced processes and equipment are used, and the quality of each process is strictly controlled, providing a solid guarantee for motor performance.

Yuma Precision covers multiple aspects of component integration, including die - casting, coating, and winding. In die - casting, it uses high-quality aluminum alloy materials, paired with high-precision moulds and advanced die - casting equipment, ensuring the dimensional accuracy and quality stability of die - cast parts. During the coating process, advanced insulation coating technology is used to achieve uniform coating and strong adhesion, effectively enhancing the insulation performance and durability of components. In winding, automated winding equipment is employed to achieve high - efficiency winding operations, while strictly controlling winding tension and number of turns to ensure the structural stability of windings. Yuma Precision continuously realizes the full - process manufacturing of cores and components, meeting the diverse needs of customers.

In the field of sample development, Yuma Precision demonstrates remarkable strength. By leveraging advanced design software and simulation technologies, it can precisely interpret customer requirements and rapidly generate optimized design solutions. From conceptualization to physical implementation, Yuma Precision employs high-precision CNC machining equipment, operated by skilled workers to ensure sample manufacturing accuracy. Conducting performance testing and iterative improvements in tandem, it shortens the development cycle and efficiently delivers high-quality samples, helping customers seize market opportunities.