This equipment is the world's first dedicated comprehensive test platform for humanoid robot single arms, developed in accordance with multiple standards including ISO 9283 and ISO 10218. Its core value lies in deeply integrating the mature evaluation systems of industrial robots with the unique force control and safety requirements of humanoid robots, providing a quantifiable "performance benchmark."

The technical highlights are threefold: first, synchronized acquisition of force and motion data, achieving positioning accuracy at the micrometer level and force control resolution better than 0.1N, solving the challenge of "force-position" coupling evaluation; second, a reconfigurable load and collision simulation system supporting load switching from 2kg to 10kg, assessing overload capacity, impact resistance, and fault warning capabilities; third, a fully automated process capable of completing multiple core indicator tests.

In terms of application value, this equipment directly serves the critical transition of humanoid robots from "prototype demonstration" to "mass production delivery." It not only provides data support for optimization and iteration during the R&D phase, shortening product maturity cycles, but also delivers authoritative quality inspection reports for complete machine factory release. This equipment serves as indispensable "infrastructure" for the industrialization of humanoid robots, playing a significant role in improving standard systems and enhancing product quality.