. Precision slitting;

. Cutting to length;

. Blanking

. IPG laser generator

. High repeat positioning accuracy-0.01mm.

. Quick response: 7 days sampling lead-time.

. QTY: 5 sets.

. 110 set press with range from 16T-400T;

. Low die cost;

. Short lead time for die development, less than 30 days for mass production;

. Supporting sampling demand;

. Low cost solution from material usage with swinging feeder;

. Fulfill low and middle volume demand.

. Low-cost solution for large parts;

. Short lead time.

· Over 30 high-speed presses

·Tonnage: 200-400 tons

·Table size: 1.2M-3.7M

· 3.7-meter-long table size high-speed presses offer multi-cavity stamping solutions for large-size stamping parts

Jufeng Technology, with its extensive database of silicon steel performance samples, has a profound technical accumulation in the field of electrical steel. It provides precise support for motor design, ensuring optimized design and avoiding excess. It can select high-quality performance within the same grade, enhancing the efficiency of the motor.

Jufeng Technology has been deeply involved in the stamping field for a long time, accumulating a wealth of experience and developing various stamping engineering solutions such as compound stamping, oscillating stamping, single-slot stamping, and high-speed progressive stamping. These solutions can meet the requirements of different batch sizes, precision levels, and delivery times, providing customers with efficient and accurate stamping services.

Jufeng Technology, leveraging its desirable motor design capabilities, has successfully developed a series of high-efficiency motors and obtained multiple patents. The company's core design has achieved serialization and standardization, meeting high-performance requirements while effectively controlling costs, making it a reliable value support for motor customers.

Jufeng Technology has developed post-molding gluing, in-mold gluing, and self-adhesive processes to meet the varying batch and application needs of motor cores. By optimizing production, they have increased efficiency and reduced costs, achieving a balance between comprehensive costs and motor efficiency, bringing significant technological advancements and economic benefits to motor manufacturing.

The annealing process for silicon steel stampings can release pressing stress, promote the optimization and growth of grains, effectively dull burrs, and significantly enhance electromagnetic performance. This process optimizes the material structure by accurately controlling the heating and cooling processes, reducing iron loss, and improving energy efficiency, demonstrating desirable performance in the vast majority of motor applications.