Global Mass Production of Humanoid Robots Accelerates, Precision Mechanical Parts Become Core Competitive Barrier

Recently, major global tech giantshave accelerated the commercialization of humanoid robots. Multiple upgradedindustrial-grade humanoid robots including Tesla Optimus, Zhiyuan AI A1 andFourier GR-1 have been deployed on a large scale in industrial production,domestic service, special operations and other scenarios, marking that theglobal humanoid robot industry has officially entered a stage of acceleratedmass production. According to the latest data from industry institutions, theglobal market scale of core humanoid robot parts will exceed 30 billion yuan in2026 with a substantial year-on-year growth. As robots continue to improve indegrees of freedom, motion accuracy and load capacity, high-precisionmechanical parts manufactured by 5 Axis CNCMachining and CNC Milling processeshave become the core factor restricting the overall performance and massproduction scale of robots.

Industrial chain disassembly datashows that 60%-70% of the total cost of humanoid robots comes from upstreamcore mechanical parts. Key components such as planetary roller screws, harmonicreducers, RV reducers and joint actuators directly determine the jointflexibility, positioning accuracy and operational stability of robots. Thesecritical components require professional CNC Turning and SurfaceTreatment to achieve micron-level precision, excellent surface finishand long-term operational stability. Our factory supports diverse CommerProducts Materials, covering Stainless SteelMilling, Aluminum Milling, SteelMilling, Brass Milling and Plastic Milling,fully meeting the multi-material processing demands of humanoid robotstructural parts and functional parts.

Industry experts point out thatthe current competition in the global humanoid robot industry is essentiallythe competition in the precision manufacturing capability of core parts. In thepast, high-end precision robot parts were monopolized by overseasmanufacturers, with the core bottleneck lying in insufficient precisionprocessing technology. With the technological breakthroughs of domestichigh-end CNC equipment, the integrated precision processing technologysupported by 5-axis machiningcenters, precision lathes and high-precision grinders hasbecome increasingly mature. Relying on high-standard 5 Axis CNCMachining and precise CNC Milling technology,domestic precision parts have achieved leapfrog improvements in accuracy,stability and consistency, successfully solving the mass production problems ofcore components such as planetary roller screws, miniature reducer shells andprecision joint shaft sleeves, and accelerating the localization substitutionof core humanoid robot parts.

With the continuous release of globalhumanoid robot production capacity, the market demand for micron-levelprecision mechanical parts continues to surge. High-end 5 Axis CNCMachining, CNC Milling, CNC Turning andprofessional Surface Treatment technologies will become thecore rigid demands in the upstream of the humanoid robot industrial chain,driving the global humanoid robot industry to iterate rapidly towards highprecision, high stability and low-cost mass production.