SLM Metal Printing Service

Printing service

Select additive manufacturing technology and optimize design for high demand complex parts to improve performance, reduce cost and integrate supply chain.

Xinshan aerospace has put forward higher quality control measures, such as strict manufacturing process, post-processing, powder analysis, material traceability and process validation. We are committed to meet the needs of customers throughout the product life cycle.

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Service process:

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Technical principle:

SLM is a technique in which metal powder is completely melted under the action of the heat of the laser beam and solidified by cooling. Each final part is melted by one layer, and each layer is melted, the platform is lowered, new The powder is spread over this layer to repeat the above process. The real molding principle is that the laser hits a certain energy density into the powder layer, so that the powder in the scanned area reaches a molten state. The energy density received by the powder is related to many factors of the laser, such as scanning speed, scanning pitch, scanning. Power, the energy of the laser forms a molten pool on the surface of the metal powder to form a molten pool, and the molten pool affects the surrounding powder forming welding effect.

The laser will scan the molten area that needs to be formed according to a certain regularity and direction. According to the reasonable naturalization scan path of different materials, the scanning area can be divided into strips, checkers, etc., which can effectively release the internal stress of the parts and plan each layer of scanning. Vectors can reduce internal defects to yield higher density, better mechanical properties.



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Technical characteristics:

Integrated molding

No machining or mold is required, and objects of any shape can be directly generated from computer graphics data and printed at one time.


Lightweight

Through topology optimization, the parts can be lightened without losing the mechanical properties of the parts.


high performance

The densified organizational structure can also be used for individual design and overall design, reducing the number of parts, reducing the risk of assembly and welding, and improving stability and reliability.


save costs

Greatly shorten the product development cycle, from design to product realization in just two weeks, which can greatly improve productivity and reduce production costs.

SLM technology performance reference

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Application field:

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                                           Aerospace                                        Energy power                                                               Car                  

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Mold                                                         Medical                                                        Electronic

15316161901

Floor 1, No.3, No.96, innovation Avenue, hi tech Zone, Hefei, Anhui Province

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