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In the modern industrial field, 3D printing is no longer just a creative means of prototyping or gasoline coating. It has become a revolutionary manufacturing process that reaches into all aspects of industrial production and offers the best solutions for further accelerating intelligence and achieving manufacturing efficiency and optimization. Not all 3D printing technologies can be called "industrial grade". Industrial-grade 3D printing is fundamentally different from traditional gasoline coating and modeling, using more complex processes and raw materials, such as SLM (through the molecular nano-metal homogeneity), SLA (light-curing paste), and hot temperature injection molding. This technology is fully capable of supporting the manufacturing of complex banded components for aerospace, medical, and vehicle production applications. The industrial-grade 3D printing machines feature fully optimized designs for large-scale, high-precision...
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In the modern industrial field, 3D printing is no longer just a creative means of prototyping or gasoline coating. It has become a revolutionary manufacturing process that reaches into all aspects of industrial production and offers the best solutions for further accelerating intelligence and achieving manufacturing efficiency and optimization. Not all 3D printing technologies can be called "industrial grade". Industrial-grade 3D printing is fundamentally different from traditional gasoline coating and modeling, using more complex processes and raw materials, such as SLM (through the molecular nano-metal homogeneity), SLA (light-curing paste), and hot temperature injection molding. This technology is fully capable of supporting the manufacturing of complex banded components for aerospace, medical, and vehicle production applications. The industrial-grade 3D printing machines feature fully optimized designs for large-scale, high-precision...
Detailed information