HT-ABS is an engineering-grade FDM material with enhanced heat resistance and mechanical properties based on ABS, offering higher heat deflection temperature and more stable rigidity retention, suitable for functional structural parts like robot grippers that require long-term stress and repetitive motion.

PET-CF is a carbon fiber reinforced engineering material based on PET, combining high rigidity, low creep, and excellent dimensional stability, especially suitable for structural parts like robot arm joints that undergo long-term load and repetitive motion.

TPE is a class of elastic materials suitable for developing flexible functional parts for robots, with good cushioning, anti-slip, vibration damping, and safe contact properties. It can be used for rapid development and small-batch delivery of components such as robot arm covers, joint guards, hand pads, anti-slip foot layers, and flexible wrapping parts.

LMPA-CF is developed for high-rigidity requirements such as robot torso, hands, arms, and structural supports. It offers advantages like high-temperature resistance, impact resistance, and excellent appearance, and addresses key issues such as printing speed, brittleness, and interlayer strength.