Currently, there are only three to four companies worldwide capable of producing highly conductive 3D printing filaments, which typically achieve an electrical conductivity of 10-2 Ω·cm. QS has developed an ultra-high conductive 3D printing filament with a conductivity of 10-5 Ω·cm, only one order of magnitude away from copper's conductivity of 10-6 Ω·cm. This establishes QS's product as the highest level of conductivity available globally in 3D printing filaments. Furthermore

With the increasingly widespread R&D and application of robots and robotic arms, the number of joint modules used in robotics is growing. Current joint modules are primarily made of metal materials, which are not only heavy but also require complex mold fabrication processes and long development cycles. QS has developed high-strength, high-wear-resistant 3D printing filaments. The robotic joint modules produced using these filaments exhibit hardness comparable to metals

High Thermal Conductivity 3D Printing Filaments