Marketing Information

ㆍCompany

3DMaterials

ㆍRepresentative

Chung Hoi-Min

ㆍAddress

57-2 Heungan-daero 427beon-gil, Dongan-gu, Anyang-si, Gyeonggi-do, Republic of Korea 10th floor-and 1001

ㆍTel.

+82-10-4798-3154

ㆍEmployees

20~49

ㆍWebsite

www.3DMaterialsgd.com

ㆍE-mail

hwlee@3DMaterials.com

ㆍEstablished Year

2019

ㆍCompany Type

Manufacturing (Headquarters in Korea)

ㆍRelated Industry

ㆍMajor Customers

ㆍSNS

ㆍCompany Profile

3DMaterials GD provides next-generation industrial 3D printing services for producing highly complex structures that are difficult or impossible to manufacture using conventional methods. Our capabilities span metal alloys including titanium, stainless steel (SUS), and aluminum, as well as advanced engineering plastics such as PEEK, PPS, and ULTEM. Beyond traditional FDM and SLM processes, we have developed our proprietary PLP (Polymer Liquidation Process) technology, which uses injection-grade engineering plastics to achieve SLA-level surface quality with high dimensional accuracy. This enables precise fabrication of complex generative-design geometries with minimal post-processing, delivering optimized solutions for lightweight, high-strength, and heat-resistant robotic and functional components across advanced industries.

Manufcaturer Information

ㆍManufacturer

3DMaterials

ㆍIntroduction

3DMaterials GD provides next-generation industrial 3D printing services for producing highly complex structures that are difficult or impossible to manufacture using conventional methods. Our capabilities span metal alloys including titanium, stainless steel (SUS), and aluminum, as well as advanced engineering plastics such as PEEK, PPS, and ULTEM. Beyond traditional FDM and SLM processes, we have developed our proprietary PLP (Polymer Liquidation Process) technology, which uses injection-grade engineering plastics to achieve SLA-level surface quality with high dimensional accuracy. This enables precise fabrication of complex generative-design geometries with minimal post-processing, delivering optimized solutions for lightweight, high-strength, and heat-resistant robotic and functional components across advanced industries.

ㆍCountry

Korea

ㆍTel

ㆍE-mail

hwlee@3dmaterials.com

ㆍWebsite

www.3DMaterialsGD.com

Exhibition Product

ㆍProduct

3D-printed parts

ㆍModel

Custom-made products

ㆍManufacturing Company

3DMaterials

ㆍProduct Code

Other Systems for Additive Manufacturing

ㆍDescription

- Generative Design Implementation: Realization of optimized, lightweight structures using generative design with materials such as titanium and PEEK - No Material Limitations: Compatible with a wide range of industrial materials including PEEK, ULTEM, PPS, ABS, PP, PA6+GF60%, titanium, aluminum, and steel - Same Material and Properties as Injection Molding: Injection-grade performance without the need for molds - No Porosity or Thermal Deformation: Overcoming metal 3D printing limitations through precision casting and PLP technology - Ultralight Structure: Up to 89% reduction in volume, with ultra-lightweight parts printed at densities as low as 0.2g/mL - Production from a Single Unit (No MOQ): Mold-free solution optimized for small-batch manufacturing - Design Optimization and Validation Service: Performance verification and design feedback prior to mass production

ㆍPicture

ㆍVideo link