ABOUT US
Qian De Yi Transmission Technology (Suzhou) Co., Ltd. was established on July 31, 2013 and is located in Huaqiao Town, southeast of Jiangsu Province and east of Kunshan City. The company has always adhered to the international cutting-edge electromechanical R&D technology, adhered to the meticulous production process, continuously strengthened exchanges with domestic and foreign peers, absorbed advanced design ideas, mastered cutting-edge design skills, and used leading design software to develop and research new products to achieve product optimization and upgrading. In order to meet the increasingly demanding production and use needs today, the company continues to innovate and develop planetary reducers suitable for different working conditions to meet market demand to the greatest extent.

SERVICE
European Standard Quality Assurance
Strength and Quality
Rigorous Management System Controls Technical Core
Create value for the world with science and technology
EVENTS

5 Core Selection Criteria for Cost-Effective Planetary Gear Reducers
With the rapid development of China’s reducer market, domestic manufacturers, through large-scale production and process optimization, can now provide products with lower prices but reliable quality. This means manufacturing enterprises no longer have to make difficult trade-offs between performance and cost. So how can enterprises take the initiative to find

Say Goodbye to Long Lead Times! In-Stock Precision Servo Planetary Reducers
In the smart equipment manufacturing industry, time is competitiveness. Faced with sudden orders or urgent production needs, the delivery speed of core components often directly determines the success or failure of a project. Qiandeyi ATG is well aware of this – we have sufficient stock of precision servo planetary reducers,

Three Groundbreaking Innovations in Qiandeyi ATG’s Latest design Servo reducer
In the field of industrial automation, the servo reducer serves as the “heart” of power transmission, and its performance directly determines the precision, efficiency, and reliability of equipment. However, traditional reducers have long been plagued by pain points such as accuracy degradation, high temperature rise, and short service life. To






