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Specific applications of SLM and EBM technologies in the production of tantalum-titanium alloys

Selective laser melting (SLM) and electron beam melting (EBM) are two important additive manufacturing technologies in the production of tantalum-titanium alloys, each with unique applications and advantages.

Application of SLM technology in the production of tantalum-titanium alloys
High-precision parts manufacturing: SLM technology directly melts metal powders through high-energy lasers, and can produce tantalum-titanium alloy parts with complex geometries. This method is suitable for applications that require high precision and delicate structures, such as medical implants and aerospace components.

Customized production: SLM allows personalized design according to specific needs and is suitable for small-batch customized production. This is particularly important in the medical field, where dedicated implants can be manufactured according to the specific conditions of the patient.

High material utilization: The powder recovery system of SLM technology allows unused powder to be reused, reducing material waste and improving economy.

Application of EBM technology in the production of tantalum-titanium alloys
Applicable to active metals: EBM uses electron beams as heat sources, which are particularly suitable for melting active metals such as tantalum. The technology can work in a vacuum environment, reducing the risk of oxidation and improving the purity and performance of the material.

Rapid prototyping and high density: EBM can quickly produce nearly fully dense metal parts with mechanical properties comparable to forged parts. This makes EBM widely used in the aerospace and medical fields, such as manufacturing turbine blades and orthopedic implants.

Large design freedom: EBM allows the manufacture of complex internal structures, such as hollow parts, which are difficult to achieve with traditional processing methods. Its design flexibility allows engineers to create lighter and stronger components.

Summary
SLM and EBM each play an important role in the production of tantalum-titanium alloys. SLM is suitable for the medical and aerospace fields for its high precision and customization capabilities, while EBM is favored for its good processing capabilities and rapid prototyping characteristics for active metals. The combination of the two can meet different industrial needs and promote the application and development of tantalum-titanium alloys in multiple fields.