Human-shaped parts

Humanoid components are the core elements that support robots in performing human-like movements complex tasks, covering a full range of core components such as drive systems, transmission components, perception modules, structural fasteners, which run through the entire industry chain robot mechanical design, precision manufacturingto overall assembly commissioning. These components, through synergistic operation, endow robots with flexible joint movements, precise motion control, environmental adaptability, which are key foundations determining the performance reliability of robots.

Product features

Material multi-adaptation, performance precise matching

Materials selected based on the functional requirements of different components: The rotor of the drive motor uses high-magnetic energy product neodymium iron boron permanent magnets, the stacking coefficient of the stator silicon steel sheet reaches 97%; transmission gears are made of 20CrMnTi carburizing quenching treatment, with a tooth surface hardness of HRC60-62; structural connection parts are made of aviation-grade titanium alloy ormagnesium-aluminum alloy, ensuring a tensile strength of ≥500MPa while achieving more than 30% weight reduction, meeting the balance requirements of robot power energy consumption.

Micro-level precision, more accurate motion control

The processing accuracy of the core components is controlled at the micro level: the tooth circle tooth pitch error of the harmonic reducer is ≤0.003mm, the repeat positioning accuracy is ±0.01mm; the parallelism error of the linear guide is ≤0.005mm/m, the fluctuation amount of the running resistance is less than 5%. Through laser interferometer calibration three-dimensional scanning detection, it is ensured that the cumulative error of the parts after assembly does exceed 0.1mm, so that the robot motion response delay is controlled within 20ms.

Modular design, compatible with multi-scene development

All parts follow the modular interface standard, the drive module supports mainstream communication protocols such as CANopen EtherCAT, the transmission components can be adapted to different loads (5-200kg) by replacing the flange adapter. The perception module reserves a standardized data interface, which can seamlessly connect with various sensors such as vision, force, touch, greatly shortening the development cycle of the entire robot.

Adaptable to the environment, outstanding reliability

Key components are verified for reliability in multiple dimensions: bearings with polytetrafluoroethylene (PTFE)保持 cages have a lifespan of 10,000 hours in environments ranging -40℃ to 120℃; seals made of fluororubber material provide a protection grade of IP67; circuit interfaces undergo 5,000 cycle plug--play tests without contact issues, ensuring stable operation of components in complex environments with moisture, dust, extreme temperatures.

Application scenarios

In the field of home service, lightweight structural components reduce energy consumption by 25% when the robot lifts heavy objects, low-noise transmission components keep the operating sound pressure level below 50 decibels; in industrial scenarios, high wear-resistant gears dust-proof drive modules can withstand continuous operation for 12 hours, extending the maintenance interval to 12,000 hours; in the field of medical rehabilitation, parts surfaces are treated to be resistant to 134℃ high temperature sterilization, flexible transmission components are used to avoid patient contact injuries; in special operation scenarios, impact-resistant casings wide temperature range drive components can support robots to complete rescue tasks in extreme environments such as earthquake ruins high-temperature fire scenes.