Metal material 3D printing, It cannot be assumed that printed parts will inherently be strong. It offers a entirely new manufacturing paradigm?

Rapid Prototyping and Iteration
Going directly from a digital model to a physical part without the need for molds or jigs significantly shortens the product development cycle. Design changes require only modifications to the CAD model, at a very low cost.

On-Demand Production and Distributed Manufacturing
Digital files can be easily transferred, enabling localized production ("print-on-site"), reducing supply chain risks and inventory costs. This is particularly suitable for spare parts inventory (e.g., printing discontinued parts for outdated equipment).

Extremely High Material Utilization
As a near-net-shape process, most unused metal powder can be recycled and reused. Material utilization is far higher than traditional CNC subtractive manufacturing (machining), which is especially significant for expensive materials such as titanium alloys and high-temperature alloys.

Mass Customization
Achieves personalized production without significantly increasing unit costs. This is something traditional mass production cannot accomplish.

Perfect Application: In the medical field, implants (e.g., artificial bones, hip joints) can be customized based on patient CT scan data to perfectly match human anatomy.

The advantages of metal 3D printing extend far beyond "manufacturing complex-shaped parts." It is an enabling technology whose true value lies in:

For designers: Breaking the constraints of traditional manufacturing processes and enabling "function-driven design."

For engineers: Providing a powerful tool for light weighting, performance enhancement, and shortening development cycles.

For businesses: Transforming supply chains and production models, offering an economically viable solution for manufacturing small-batch, customized, and high-performance products.

Thus, its advantages are systemic and are driving a wave of innovation in high-value industries such as aerospace, medical, automotive, and energy.