Competition in the precision‑manufacturing sector is shifting toward micron‑level dimensional control. The three major tracks — new energy, 3C electronics and medical equipment — impose stringent requirements on small metal components in terms of precision, surface quality and batch‑to‑batch consist

Combining advantages of powder metallurgy and injection molding, Metal Injection Molding (MIM) represents an advanced near‑net‑shape manufacturing technology. It enables one‑step forming of thin‑walled, special‑shaped metallic parts featuring micro‑holes and intricate internal cavities. Material uti

Against the backdrop of rapid upgrading in the precision manufacturing industry, conventional metal processing techniques struggle to satisfy the requirements for complex structures, high dimensional accuracy and cost-effective mass production simultaneously. Boasting comprehensive technical strengt

Recently, the construction of the new production base of Jiangsu MIMO Metal Technology Co., Ltd. (MIMO Technology) has reached a crucial milestone. The factory gate and main structures of standardized production workshops have been largely completed, with all civil construction, internal spatial pla

Demand for miniature, thin-walled and irregular precision parts keeps growing in automotive electronics, medical devices, smart wearables and communication hardware. Traditional machining, die casting and stamping can hardly meet requirements for complex structures, high precision and mass productio

Precision stainless steel parts are in huge demand across precision hardware, medical devices, smart wearables and automotive electronics. 316L and 17-4PH stand as the two most commonly used stainless steel grades for metal injection molding. Boasting superior corrosion resistance and mechanical str