Farsoon 3D prints single-piece dexterous humanoid robot hand, eliminating assembly to boost motion performance

Farsoon Technologies has 3D printed a dexterous robotic hand for humanoid robots as a single, non-assembled component, replacing what is typically a multi-part assembly of joints, linkages, and housings. The company says the consolidated build improves motion performance for the fine manipulation and flexible grasping tasks that humanoid end-effectors require. The announcement did not specify a print process, material, or client, though robotics was already listed among the application areas Farsoon plans to demo at Formnext Asia Shenzhen 2026 alongside footwear molds, liquid cooling, and aerospace parts.

Part consolidation is one of additive manufacturing's oldest value propositions, and dexterous robotic hands are a tight fit for it: dozens of small joints and actuators packed into a compact envelope make backlash, weight, and assembly tolerance stack-up especially costly, so removing fasteners and interfaces changes the part's mechanical behavior rather than just its cost. The move extends Farsoon beyond its traditional industrial tooling and aerospace base into humanoid robotics, a vertical where Chinese manufacturers are scaling hardware output through 2026. It also follows Farsoon's RMB 3.91 billion placement, roughly 60 percent of which is earmarked for a services platform rather than new printer capacity, suggesting applications work like this hand is meant to build demand for that platform.