Metal 3D Printing Services | SLM DMLS 3D printing

Metal 3D Printing Services (SLM/DMLS)

Manufacturing industrial end-use parts with our reliable metal 3D printing services with a variety of metal powders are available, deliver within few days.

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What is
Metal 3D Printing

Metal 3D printing, also known as metal additive manufacturing, refers to the process of iteratively depositing thin layers of metal powders that are fused through laser or electron beam, transforming digital 3D models into solid, physical components. This technology surpasses conventional manufacturing by creating complex structures, facilitating rapid prototyping, and reducing waste materials through a more precise, layer-by-layer fabrication.

For industrial manufacturing, metal 3D printing holds revolutionary implications. It accelerates the product development cycle by enabling manufacturers to iterate on designs faster and eliminates the need for investing in custom tooling for intricate parts. The technology also enables weight reduction and performance improvement in parts by allowing for a more sophisticated and efficient design. As such, it undoubtedly presents a paradigm shift in the production and design of industrial components.

Dedicated to deliver
excellent metal 3D printed parts for industrial uses.

On Quality

Utilizing perfectly suited modern technologies enables us to deliver outcomes with precision and efficiency.

On Time

We guarantee timely delivery for on-demand manufacturing services, ensuring products reach customers promptly and reliably.

On Budget

Achieving both budget-friendly costs and high-quality standards is our paramount mission in providing customized solutions.

Metal 3D Printing Services by LUSHI

Choose LUSHI to achieve superior metal 3D printed parts. We offer extensive selection of metal powder, such as stainless steel, aluminum, titanium, and more, tailored to your specifications. Beyond that, our comprehensive technical support throughout the production process, ensuring the exceptional results as quickly as few days.

Difference between SLM and DMLS

Both Selective Laser Melting (SLM) and Direct Metal Laser Sintering (DMLS) are metal 3D printing techniques, distinguished by their methods. SLM involves complete melting of metal powder layers, producing dense parts, whereas DMLS sintering generates parts with slightly lower density but smoother surface finishes.

While similar, SLM and DMLS differ in their impact on the final product: SLM's complete melting creates denser parts, ideal for functional components, while DMLS may yield smoother surfaces with slightly lower density.

Laser Powder Bed Fusion (LPBF) Technology

In the field of industrial manufacturing, metal 3D printing technology is a huge technological innovation. It provides a more direct and excellent process for metal manufacturing for solving the tough tasks that other metal processings can not achieve. In the 1970s the Powder Bed Fusion (PBF) process was first introduced, and it follows a relatively simple principle: Using the laser energy to sinter or melt metal powder layer by layer. The most famous technologies based on PBF are undoubtedly direct metal laser sintering (DMLS) and selective laser melting (SLM).

For years LUSHI has been working with universities and research institutes to study the cutting-edge technology of AM, mainly focus on LPBF technology and its applications. Based on our technological know-how, we offer our worldwide clients AM solutions for building durable end-use metal parts for industries such as medical, automotive and energy.

A Wide range of metal powders are available for 3D printing

316L/17-4PH

Stainless Steel

The most commonly used multifunctional metal alloy, with reduced powder prices, is widely used in the automotive industry, the aerospace industry, medical technology and energy industries as well as the food industry and shipbuilding.

1.2709/CX

Tool Steel

Ultra-high strength steel alloy designed to meet the special requirements of industrial manufacturing. Excellent for conformal cooling injection molding applications and tool production across various sectors.

AlSi10Mg

Aluminum

Aluminum is widely accessible, flexible and is frequently utilized in the production of lightweight parts for automobiles, space exploration, aircraft, and many other industries.

TC4/TA1

Titanium

Titanium alloy has the advantages of high temperature resistance, high strength, low density and biocompatibility, and has been widely used in aerospace, chemical industry, nuclear industry, sports equipment and other fields.

Inconel718/Inconel625

Inconel

Nickel alloys are especially well-suited for high-temperature and harsh environments, such as aircraft manufacturing and turbine components, Petrochemical, new energy industries.

CoCrMoW/CoCrMo

Cobalt-Chrome

Cobalt-chromium alloy powder has excellent wear resistance and corrosion resistance and is generally used for the production of dental equipment and artificial joints

Metal 3D printing solution for the industrial end-use parts

Aerospace

The integration of multiple parts into a single part is one of the biggest benefits of metal 3D printing; it means fewer parts, less weight, and higher productivity.

Automotive

Metal-AM has significance for lightweight components manufacturing. It can be also used for evaluation and testing of prototypes, especially parts with complex geometries.

Medical

End-use medical components are now easily completed with Metal-AM. Moreover, it has the ability to produce highly flexible and strong human implants, such as implants with absorbable lattice for bone defects.

Dentistry

Metal additively manufactured crowns and braces are often applied to restore teeth and make aligners, which highly meet the individual requirements of every patient.

Industrial Mold

Metal-AM is commonly used for producing conformal cooling systems, which can't be made by conventional methods, to offer more effective productivity.

Jewelry

3D printing brings new expectations to jewelry manufacturing. Designers are free to design jewelry with imaginative shapes. It also enables the full use of precious metal materials.