Test Equipment

Filling domestic gaps in embodied‑intelligence component testing, this equipment serves R&D and QC for humanoid and quadruped robots. Featuring multi‑view vision and high‑precision force sensors, it achieves ≤±1%FS accuracy. Supporting EtherCAT,CAN and 485, it auto‑generates traceable reports for lab calibration and factory inspection to guarantee robot mass‑production quality.
03.jpg
Linear joint module detection intelligent equipment-

Linear joint module detection intelligent equipment

2026-02-04
This equipment for testing the motion and load characteristics of high-precision planetary roller screws achieves sub-micron precision control and high-load dynamic synchronous loading. Core Parameters Test Dimension Domestic Products International P...
04.jpg
Intelligent equipment for detecting rotary joint module-

Intelligent equipment for detecting rotary joint module

2026-02-04
This equipment is a specialized comprehensive performance testing device for robot joint modules. It is mainly used for core torque performance testing of integrated joint modules that combine servo motors, reducers, encoders, and brakes. It can perf...
05.jpg
Single arm detection intelligent equipment-

Single arm detection intelligent equipment

2026-02-04
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 evaluatio...
06.jpg
Double-arm detection intelligent equipment-

Double-arm detection intelligent equipment

2026-02-04
This equipment is the world's first dedicated comprehensive test platform for humanoid robot dual-arm coordination, developed in accordance with multiple standards including ISO 9283 and ISO 10218. Its core value lies in shifting the evaluation focus...
07.jpg
Intelligent equipment for detecting basic performance of legs-

Intelligent equipment for detecting basic performance of legs

2026-02-04
This equipment is the world's first dedicated test platform for humanoid robot legs, developed in accordance with GB/T 44251-2024 "Legged Robots — Performance and Test Methods." Its core value lies in translating the newly promulgated national standa...
08.jpg
Intelligent device for detecting adaptability of legs-

Intelligent device for detecting adaptability of legs

2026-02-04
This equipment is the world's first dedicated test platform for humanoid robot leg adaptability, developed in accordance with GB/T 44251-2024 "Legged Robots — Performance and Test Methods." Its core value lies in translating the requirements regardin...
09.jpg
Mobility and endurance detection intelligent equipment-

Mobility and endurance detection intelligent equipment

2026-02-04
The Complete Robot Basic Performance Test Equipment is developed in accordance with core standards including GB/T 12642-2013, ISO 9283, GB 11291, and GB/T 38326/38336. It covers eight major dimensions: pose/trajectory accuracy, motion performance, lo...
10.jpg
Basic perceptual ability detection intelligent equipment-

Basic perceptual ability detection intelligent equipment

2026-02-04
The Complete Robot Basic Perception Capability Test Equipment is developed in accordance with core standards including GB/T 45579-2025, ISO 18646-2, IEC 62849, and T/CAMETA 001070-2025. It covers seven major modules: vision, force/tactile sensing, pr...
11.jpg
Security detection intelligent device-

Security detection intelligent device

2026-02-04
The Complete Robot Safety Test Equipment is developed in accordance with core standards including ISO 10218, ISO/TS 15066, GB 11291, GB/T 36530, and IEC 61508/ISO 13849. It covers seven major dimensions: mechanical safety, electrical safety, function...
12.jpg
Evaluation Method of Humanoid Robot's Intelligence Ability-

Evaluation Method of Humanoid Robot's Intelligence Ability

2026-02-04
This equipment is developed in accordance with the "Technical Requirements for Intelligence Grading of Humanoid Robots" (T/CIE 298-2025) as the core standard, covering the classification of humanoid robot intelligence levels into five grades from L1 ...
28b2ec72-2b97-45aa-b1d0-89c7f81e7e1d.jpg
Operating force dynamics of dexterous hand Detecting smart devices-

Operating force dynamics of dexterous hand Detecting smart devices

2026-02-04
The overall layout series of detection equipment adopts a "standard - detection - equipment - platform - application scenario" integrated strategy, positioning itself in the future track of embodied intelligent robots.
b9df349c-860d-4069-8d79-70fca5461d17.jpg
Intelligent device for detecting dexterity and motion angle of dexterous hand-

Intelligent device for detecting dexterity and motion angle of dexterous hand

2026-02-04
The overall layout series of detection equipment adopts a "standard - detection - equipment - platform - application scenario" integrated strategy, positioning itself in the future track of embodied intelligent robots.
CCTV – Economic Half-Hour
Filling domestic gaps in embodied‑intelligence component testing, this equipment serves R&D and QC for humanoid and quadruped robots. Featuring multi‑view vision and high‑precision force sensors, it achieves ≤±1%FS accuracy. Supporting EtherCAT,CAN and 485, it auto‑generates traceable reports for lab calibration and factory inspection to guarantee robot mass‑production quality.
Press Conference
Filling domestic gaps in embodied‑intelligence component testing, this equipment serves R&D and QC for humanoid and quadruped robots. Featuring multi‑view vision and high‑precision force sensors, it achieves ≤±1%FS accuracy. Supporting EtherCAT,CAN and 485, it auto‑generates traceable reports for lab calibration and factory inspection to guarantee robot mass‑production quality.
Press Conference Video
Filling domestic gaps in embodied‑intelligence component testing, this equipment serves R&D and QC for humanoid and quadruped robots. Featuring multi‑view vision and high‑precision force sensors, it achieves ≤±1%FS accuracy. Supporting EtherCAT,CAN and 485, it auto‑generates traceable reports for lab calibration and factory inspection to guarantee robot mass‑production quality.