Metal injection molding technology can produce metal parts with extremely complex shapes. Traditional metal processing methods often face many challenges when facing complex shapes, such as difficulty in processing, high cost, and difficulty in ensuring accuracy. Metal injection molding can easily address these issues.
Compared with traditional metal processing methods, metal injection molding has a higher material utilization rate. In traditional processing, a large amount of metal materials are wasted during cutting, forging, and other processes. Metal injection molding is a near net forming technology that can achieve almost zero material waste.
The sintering process during metal injection molding can enable metal parts to achieve excellent material properties. During the sintering process, the bonding between metal powder particles becomes tighter, and the material's density, strength, hardness, and other performance indicators are significantly improved. Meanwhile, by adjusting the composition of metal powder and sintering process parameters, customization of material properties can be achieved.
Metal injection molding technology is suitable for large-scale production. This technology uses mold forming to quickly replicate a large number of identical parts. Moreover, the mold has a long service life and can be produced multiple times, ensuring the stability and consistency of production.
In large-scale production, the cost advantage of metal injection molding is more obvious. As the production quantity increases, the mold and equipment costs allocated to each part will gradually decrease, thereby further reducing the total cost of the product.
Powder metallurgy, metal injection molding, powder metallurgy gears
Guangming Group focuses on the research and development of metal forming technology and wear-resistant materials. Its main products include metal compression molding and injection molding powder metallurgy products.
The company has a team of high-quality talents, with the founding team originating from the Guangzhou Nonferrous Metals Research Institute, a directly affiliated national and ministerial level scientific research institution. It has rich industry experience and research and development capabilities, providing a continuous source of innovation power for the company's development. The company has successively obtained 5 invention patents and more than 30 utility model patents. It has passed the IATF16949 quality management system, ISO9001-2015 quality management system, ISO14001 environmental management system, intellectual property management system, and obtained international trademark certification. It is an innovative enterprise in Guangdong Province, a small giant enterprise in science and technology in Guangzhou, a member of the Guangdong Powder Metallurgy Industry Technology Innovation Alliance, and an initiator of the Guangzhou Advanced Powder Metallurgy Cluster Promotion Center.