LUSHI ENGINEERING FOR MANUFACTURING INDUSTRIES
Materials for 3D Printing and Additive manufacturing

High-Performance
Metal Powders & Plastics Materials for 3D printing

What is
3D Printing Materials

In 3D printing, one of the most crucial decisions is determining the material you'll use. You might have a part with precise specifications and mechanical needs, prompting you to explore the most suitable 3D printing materials. The technology offers a broad selection of both metal and plastics, each material with its distinct properties and benefits. Even if you have a preferred choice in mind, understanding the full spectrum of available materials is valuable before step into manufacturing.

Metal powders and plastics are indispensable in 3D printing for good reasons. Metal powders offer the strength and precision needed for high-stakes industries like aerospace and automotive. Plastics, with their ease of handling and versatility, are ideal for creating prototypes and everyday items. Choosing the correct material ensures that your print is not only successful but also functional and reliable. Neglecting this step can result in inefficiencies and unnecessary costs. It's essential to align your material choice with the final application of your 3D-printed piece to achieve the best outcomes.

Self-Developed Metal Powders for End-Use Parts

There is a wide range of metal materials for metal additive manufacturing, including using for structural and integral components. These materials typically come in the form of metal powders or wires, providing the necessary options for different manufacturing needs.
We offer you total support in choosing appropriate materails for 3D printing that comply with your design parameters and production requirements. Benefit from our vast expertise and high-quality, proven metal materials.

A Numerious Options in Plastics

Plastics play a crucial role in additive manufacturing, providing flexibility and suitability for a wide range of uses. Beyond basic plastics, structural polymers, epoxy-based resins, and waxes are also commonly employed. By blending polymer powders, manufacturers can develop materials with both structural integrity and aesthetic appeal. For instance, Nylon 11 and 12 GF are often chosen for producing high-performance components in the SLS process, highlighting the potential of these materials in demanding applications.

Choose the right materials for AM parts

How to select the right materials for your AM projects is a big deal which involves factors such as strength, flexibility, thermal resistance, and ease of use. Consider the material's compatibility with your printer, the required mechanical properties, and the end-use of the printed part. Cost and post-processing requirements also play a role in material choice.

LUSHI supports clients by simplifying this process. We offer expert advice to help you identify the best materials tailored to your unique needs. Our deep understanding of material characteristics and additive manufacturing methods ensures consistent, high-quality outcomes for your projects.

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