Company Dynamics
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Six degree of freedom motion platform: a high-precision tool for multi domain testing
In summary, the six degree of freedom motion platform provides a controllable testing environment. By simulating multi degree of freedom motion under actual working conditions, the performance and durability of the product can be effectively tested, thereby determining whether the product is qualified.
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Six degree of freedom multi-stage liquid mode excitation platform
The six degree of freedom multi-stage liquid mode excitation platform provides a new research tool for liquid vibration experiments with its excellent performance and precise control.
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Precision First: Exploring the Ultimate Accuracy of the Six Degree of Freedom Platform for Industrial Electric Cylinders
In the world of industrial automation and precision manufacturing, precision is a key indicator to measure the progressiveness of technology.
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Precision hinge | Seamless ball joint stiffness coefficient test
The stiffness coefficient test of seamless ball joints is an important step to ensure that their performance meets the design requirements. The stiffness coefficient usually refers to the proportional relationship between the deformation of the ball joint and the applied force when subjected to external forces.
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Project Case | Parallel Three Degree of Freedom Platform Force Control System
Precision Force Control Testing System Based on Parallel Three Degree of Freedom Platform
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Project Case | Six Degree of Freedom Driving Simulator
The six degree of freedom parallel robot can provide a more realistic driving simulation experience in the car driving simulator project, better conduct related car driving experimental research, and have high-precision motion control and real-time feedback capabilities.
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Project Case | Six Degree of Freedom Satellite Docking Experiment Project
Satellite docking is an important task in the aerospace field, aimed at accurately connecting satellites or spacecraft together. The background of six degree of freedom parallel robots in satellite docking projects is to achieve high-precision and automated docking operations, improve efficiency and safety.
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Project Case | Six degree of freedom precision positioning experimental platform
The successful implementation of the six degree of freedom precision positioning platform project will bring significant achievements and effects to the development of precision operations and related fields!
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Measurement and Application of Axis Rotation Accuracy of Six Degree of Freedom Parallel Platform
A six degree of freedom parallel platform is a motion platform with six degrees of freedom (translation and rotation), which can be used to achieve multi axis motion and precision positioning. However, during use, due to various factors, the accuracy of the platform's axis rotation may deviate
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Zhengyu Technology High Precision Hooke Hinge (WF/WL)
The high-precision horizontal Hooke hinge ensures two degrees of freedom of rotation, with a larger angle range, greater bearing capacity, and higher rotational accuracy, and a compact structure. Suitable for multi degree of freedom structures. Zhengyu Technology has two types of horizontal Hooke hinges: horizontal Hooke hinges
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Zhengyu Technology High Precision Ball Joint (TF/ZF)
High precision ball joints replace traditional hinges to achieve precise connections between various actuators and bases, with the characteristics of lightweight and space saving installation. Zhengyu Technology has many years of experience in design, production, processing, and use in the field of joint hinges, and possesses comprehensive engineering skills
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Innovation and Application of Mechanized Equipment-New GIS Assisted Installation Robot
On March 28, 2023, the mechanized construction site meeting of the State Grid Corporation of China’s power transmission and transformation project was held in Jiande, Hangzhou. Zhejiang Power Transmission and Transformation Company focuses on the actual construction and production conditions and vigorously carries out innovative research and development of mechanized equipment. With the goal of promoting application and improving efficiency and effectiveness, research on new mechanized technolog
Phone
0571-82192326
Manager Bian
15258176702
Email:
jiabin.bian@gczhengyu.com
Company Address:
Building 4, No. 389 Hongxing Road, Xiaoshan Economic and Technological Development Zone, Hangzhou City, Zhejiang Province (within the Robot Town)
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