Recently, GDGD successfully developed a new type of 3D printing high thermal conductivity mold steel powder material and realized mass production in response to the needs of high-end industries such as aerospace, automotive and industrial molds.
In the future, 3D printing high thermal conductivity mold steel powder is expected to be applied in the fields of consumer electronics, medical and automotive molds, reducing costs and increasing efficiency, and accelerating the transformation and upgrading of mold manufacturing in China.
GDGD uses metal 3D printing technology to realize the preparation and verification of high thermal conductivity conformal cooling molds.”
Mould is known as the "mother of industry" and plays an important role in industrial production. Mold temperature not only affects product defects, but also takes a long time to cool parts, accounting for 60-70% of the entire injection molding cycle.
"High thermal conductivity 3D printing conformal cooling mold, improve mold temperature balance, reduce injection cycle, improve production efficiency, and significantly improve product quality and mold service life.
"Currently, in response to the needs of high-end fields such as aerospace, automotive and industrial molds, using high-throughput computing, combined with machine learning methods, GDGD fully promotes new metals such as high thermal conductivity mold steel, superalloy, high-strength aluminum alloy and high-toughness titanium alloy. Development of materials for additive manufacturing.