EOS systems and solutions for industrial 3D printing with plastic materials

Selecting the most suitable Additive Manufacturing (AM) process: What makes the EOS Polymer Technology outstanding?

When dealing with 3D printing, you come across a variety of technologies and processes. Choosing the most suitable additive manufacturing (AM) process for a particular application can be difficult.

Additive Manufacturing (AM) is a term that describes a set of technologies used to create 3D objects by adding material layer by layer. With around 30 years of experience in 3D printing for industrial applications, EOS has perfected the process of powder bed based additive manufacturing. We master the interaction between 3D printer, material and process for the production of components on an industrial scale. Based on the delicate process of Selective Laser Sintering (SLS), our technology provides the foundation for manufacturing results that meet a wide range of industry requirements in terms of dimensional accuracy, surface finish and stability.

Under the code PRINT we have summarized the main benefits of the EOS polymer technology:

EOS offers modular 3D printing solutions for industrial applications and various production challenges.  Our 3D printers are established systems  for a flexible and economical production of prototypes and final products in from small  and medium sized series up to 3D printed end products on an industrial scale.

Systems for Plastic Additive Manufacturing

Systems and Equipment
EOS provides plastic materials that are perfectly matched to laser sintering process parameters and systems

EOS Plastic Materials for Additive Manufacturing

Learn more about the extensive EOS portfolio of highly developed and quality tested plastic materials for Additive Manufacturing

Material Management for EOS Plastic Materials

Material Management
Improve Workflow, Reduce Costs:  EOS offers various product solutions for flexible and efficient polymer material management

EOS Part Property Management

EOS Part Property Management for standardized or individualized product properties