Automobile Manufacturing

Automotive Manufacturing Solutions

Automobile Making

Automobile Manufacturing解决方案

Overview


Metal 3D printing technology runs through almost the entire cycle of automobile manufacturing, including research and development, production and use. At present, the experimental model and functional prototype manufacturing, which are mainly used in the R & D process, can greatly improve R & D efficiency, reduce R & D costs, and improve component performance. In addition, the manufacture of metal parts for automobile tire molds and automobile seats will also be applied to metal 3D printing technology. With the continuous development of metal 3D printing technology, its application in the automotive industry will expand to the production and use of larger market space, providing more development opportunities for automakers.

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Technical advantages


Cost Reduction

Cost Reduction

Reduce material scrap rate and reduce labor input

High Efficiency

High Efficiency

Reduce processes and shorten the development cycle.

High Quality

High Quality

Digital production, stable quality of parts

Lightweight

Lightweight

Optimize structural design, take into account product performance while achieving part weight reduction

Personalization

Personalization

Customized according to needs, design more free

Breakthrough In Complex Structure Forming

Breakthrough In Complex Structure Forming

No need to open the mold, integrated forming

Application Case


Engine Manifold

Engine Manifold

3D printing material: Superalloy (GH4169) 3D printing time: 23h 3D printing technology: SLM laser selection melting forming The special-shaped thin-wall pipe is formed in one body and the weld is effectively reduced. It is beneficial to speed up the subsequent design and production process.
Engine cylinder body reduction parts

Engine cylinder body reduction parts

3D printing equipment: LiM-X260A 3D printing material: AlSi10Mg Forming size: 213×135×105(unit :mm) 3D printing time: single laser 118h The part is a cylinder block component with a complex internal structure, printed by laser selection melting technology, and can be rapidly formed without opening the mold. Compared with the casting method, the printed part has a higher density to avoid shrinkage and shrinkage defects.

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