Humanoid robots open up a new era of application 丨Taoshi, chairman of the board of directors, accepts the invitation of Ringier industry columns

(July 2025 - Shenzhen) In a recent interview with Intelligent Manufacturing Vertical and Horizontal, Tao Yulong, Chairman of Tao Shi Intelligent Technology (Shenzhen) Co., Ltd. disclosed in depth the company's technological breakthroughs and industrial layout in the field of core components for humanoid robots. The company, which started as an industrial reducer, has successfully picked up the "2025 Smart Manufacturing Industry - Ringier Technology Innovation Award"The award in the category of core components reflects an important breakthrough in domestic reducer technology.

Technological breakthrough: miniaturization and high performance at the same time

The latest gearheads from Taoshi Intelligence are designed for the dexterous hand and arm joints of humanoid robots, utilizing Taoshi's exclusiveCircumferential Envelope Worm Gear StructureThis product is outstanding in terms of miniaturization, torque output and precision control. This product is smaller in size than conventional modelsShrink 40%But it provides3x torque increaseThe company also optimizes the adaptive joint space layout through 90° transmission. Chairman Tao Yulong said, "The natural transmission characteristics of worm gears are highly compatible with the bionic needs of humanoid robots, and we have achieved a balance between low cost and long life through material innovation and process iteration."

Industry pain points and capacity layout

"We are panning from automated industrial gearheads to the humanoid robotics industry. Currently the speed reducers used in humanoid robots, especially for the dexterous hand portion, are much smaller than theMore compact, whose machining challenges have been broken through, but there are still difficulties in matching such a small-sized motor." Tao Yulong, chairman of Tao Shi Intelligent Technology (Shenzhen) Co., Ltd. shared, "The future of humanoid robots may be a variety of, and a hand basic degrees of freedom there are 6, some higher-order dexterous hand needs 20 gearheads, which is a few orders of magnitude more than the traditional automation field and the traditional industrial robot field of the gearheads required, and at present we are also expanding production capacity. In the future, the gearheads for humanoid robots must beLighter and smallerIt is also necessary to keepHigh torque and long lifeand other characteristics, there also needs to be a breakthrough in materials, for which we have also prepared the relevant technical reserves."

Strategic transition from industrial to humanoid robots

As a senior enterprise in the field of automation industrial reducer, Tao Shi Intelligence has successfully cut into the humanoid robot track by virtue of the technical accumulation of the industrial scene. Tao Yulong emphasized: "The humanoid robot reducer is not a simple size reduction, but to realize in a miniature spaceTorque density jumps." Currently, its products have passed performance tests by certain and other headline companies and are expected to be ready for delivery at scale soon.

Industry Outlook: Standardization and Cost Control Become Key

For the trend of industrialization of humanoid robots, Tao Yulong puts forward: "The future components will develop in the direction of standardization and modularization. Tao Shi Intelligent's ring surface envelope worm gear reducer has a simpler structure, with a lower failure rate compared to harmonic, RV and other complex reducers. Its physical structure design naturally has cost advantages, and the material and processing costs are significantly lower than those of similar products."

concluding remarks

With the global humanoid robot market scale exceeding 100 billion, the transformation path of Taoshi Intelligence confirms the upgrading path of China's supply chain enterprises "from following to leading". As Tao Yulong expressed his vision: "We not only want to do domestic substitution, but also want to define the next generation of robot joint technology standards."