Metal 3D printing (additive manufacturing) subverts traditional processing limitations, allowing complex metal components to be completed from design to molding in one go, enabling innovative design and high-performance manufacturing:

lGeometric freedom: Manufacturing highly complex, hollow, integrated structures (such as topologically optimized lightweight parts, internal conformal flow channels) that cannot be achieved by traditional processes (casting, machining).

lLightweight peak: Significantly reduce component weight while maintaining or improving strength and stiffness, improving energy efficiency and dynamic performance (core demands of aerospace and automobiles).

lPerformance breakthrough: Customized microstructure to achieve excellent strength, heat resistance, and corrosion resistance to meet extreme working conditions.

lIntegration and functionalization: Integrate multiple parts into a single component to reduce assembly, improve reliability, and optimize functions (such as integrated cooling channels).

lRapid prototyping and small batch production: Accelerate product development iterations and economically and efficiently produce customized, spare parts, and low-volume metal parts.

lCore application areas: aerospace, medical implants, high-end automobiles/racing cars, energy and industry, precision instruments and tools, and innovative research and development.

Release the shackles of design, achieve peak performance, and open up unlimited possibilities in metal manufacturing!