Thanks to the opportunities brought about by the growth of the world's electronic products and electric vehicle markets, the precision, output and speed required by precision stamping products have also increased correspondingly, and the products have also developed in the direction of diversification. In order to meet the needs of the development of the electronics industry, it is an inevitable trend to increase the design and manufacturing speed of molds and the speed of stamping. When the precision high-speed stamping speed reaches more than 1000 times, the precision and stability requirements of the stamping machine tool and die will be very high, and the targeted output will be relatively large, which requires the die material to have very high stability and resistance. Abrasiveness. If an extra set of stamping parts needs to be processed due to defects of the mold material or insufficient service life, the cost and time spent will far exceed the value of the mold material itself. Common connectors, switch keys, lead frames and LED brackets in electronic products are all produced with high-speed stamping technology. Faced with the goal of high-speed stamping and high output, the selection of mold materials that determine the life of the mold is crucial. With the transformation and upgrading of China's manufacturing industry and the increase in labor and other costs, the mold industry will develop in the direction of high technology, high automation and high production capacity, and the demand for high-end mold materials will further increase. Sandvik Herui and REO saw this opportunity and decided to join hands to fully enter the stamping field. With Sandvik's unparalleled technical advantages in the cemented carbide industry and more than 150 years of professional knowledge accumulation, we can provide customers with high quality Cemented carbide materials and innovative solutions to enhance customer value.