On September 11th, the "Stationing Tour of Standards Innovation and Development in China"—Shenyang Station—the National Standards Technology Seminar and Implementation Promotion Conference for Robotics and Bionics was successfully held in Shenyang. Nearly 300 experts and scholars from national ministries, research institutes, universities, industry organizations, and key enterprises gathered to discuss standards innovation and industrial development in the field of robotics and bionics.

As a provider of testing solutions for motors and core robot components, AIP Instrument was invited to attend the conference and had in-depth exchanges with industry experts and supply chain partners on key technologies, reliability testing, and the construction of standards systems for humanoid robots.

I. Focusing on core component testing, creating a one-stop robot testing platform

With the rapid development of humanoid robots, the performance and reliability of core components such as joint modules, reducers, lead screws, and drive motors are becoming a key focus of the industry.

To address this need, AIP Instrument has independently developed five professional testing platforms that cover the complete testing process for key robot transmission and drive systems, including:

■ Rotary joint module testing

■ Linear joint module testing

■ Reverse planetary roller screw pair test

■ Harmonic reducer test

■ Frameless torque motor test

By covering the entire testing chain from the power system to the actuators, AIP provides robot manufacturers with a one-stop testing solution to help customers improve product quality, reliability, and consistency.

II. Serving leading global robotics companies to continuously validate technological strength

Leveraging its long-standing expertise in precision testing, AIP Instrument has provided testing equipment and solutions to numerous humanoid robot and intelligent manufacturing companies, covering multiple application areas such as humanoid robots, intelligent joints, electric drive systems, and core components.

These engineering practices from the front lines of industry have also provided important data support and technical experience for robot reliability evaluation, performance testing methods, and standard setting.

III. Deeply participate in the formulation of national standards and promote the standardization of technological achievements.

This conference officially launched 35 national standard projects for 2026, including humanoid robots, aiming to promote the transformation of industry needs into standard needs and mature technologies into standard achievements.

As a key participant in standards development, AIP Instrument continuously integrates its testing technology and engineering experience into standards development and has been deeply involved in the drafting of the national standard series "Humanoid Robot Electric Drive Integrated Joints" (Parts 1-3), mainly involving:

■ Rotational joint technical requirements

■ Technical requirements and test methods for linear joints

■ Humanoid robot joint interface requirements

Meanwhile, the industry standard "Technical Specification for Electric Drive Integrated Joint of Humanoid Robots", which AIP helped draft, has entered the public consultation stage, further demonstrating AIP's technical contributions in the field of robot testing and evaluation.

During the conference, the company also participated in several thematic seminars on humanoid robot reliability, core components, and human-computer interaction safety, discussed testing and evaluation methods with standards experts, and shared engineering test data and practical application experience.

IV. Continuously Empowering the Standardization Development of the Robotics Industry

Standardization is an important foundation for promoting the large-scale and high-quality development of the robotics industry, and also an important guarantee for global manufacturers to achieve product consistency and international competitiveness.

In the future, AIP Instrument will continue to adhere to independent innovation and coordinated development of standards, continuously improve its robot and motor testing and evaluation capabilities, actively participate in the construction of national standards, industry standards, and group standards, and work with global partners to promote the standardized development of the robot and embodied intelligence industry.