These precision components are often manufactured using die casting, and laboratory instrument die castings and molds are particularly popular due to their ability to efficiently form complex, thin-walled structures.
Medical equipment die castings and molds successfully meet the dual requirements of high rigidity and vibration damping for ultrasonic equipment through high-quality material selection, precision mold design, integrated structural molding.
The metallographic uniformity of precision motor die castings is a key factor in determining their long-term performance.
The widespread use of lightweight aluminum alloys in die-cast automotive parts is profoundly changing the design logic and performance boundaries of new energy vehicles.
Self-excited wet dust collectors are designed with multiple factors in mind to adapt to diverse operating environments, particularly those with large fluctuations in dust concentration.
As key structural components in power tools, power tool die castings and molds are widely used in housings, motor brackets, gearboxes, and other areas. Their performance directly impacts the tool's portability, durability, and efficiency.