Industry Applications
Simulation Test
The motion performance of equipment such as ships, vehicles, and aircraft is not only limited by the equipment's original state (equipment size, operating speed, etc.), but also varies due to external factors such as sea and road conditions. Therefore, it is difficult to directly conduct relevant testing and development work in practical scenarios for subsystems developed in these ever-changing environments. The simulation experiment section highlights the advantages of using parallel six degree of freedom platforms with large load capacity, and combined with high-performance actuators, it can restore different sea and road conditions data at high indoor heights, helping researchers quickly build experimental environments and carry out related testing work.
High Dynamic
By using high-performance actuators and superior control systems, the platform's dynamic response capability can still be guaranteed even under long travel and heavy loads
lifelike
By using advanced wash out algorithms and platform ontology control algorithms, the test scenario is highly simulated to ensure the effectiveness of the experiment.
Currency
Through a dedicated control interface, various motion trajectories can be automatically generated, or the experimental scene can be quickly switched by reading external data.
Customization
The size and difference of the tested load are significant, and customized services can be provided according to the actual situation to meet the specialized testing needs of specific scenarios
High Dynamic
By using high-performance actuators and superior control systems, the platform's dynamic response capability can still be guaranteed even under long travel and heavy loads
High Dynamic
By using high-performance actuators and superior control systems, the platform's dynamic response capability can still be guaranteed even under long travel and heavy loads
lifelike
By using advanced wash out algorithms and platform ontology control algorithms, the test scenario is highly simulated to ensure the effectiveness of the experiment.
lifelike
By using advanced wash out algorithms and platform ontology control algorithms, the test scenario is highly simulated to ensure the effectiveness of the experiment.
Currency
Through a dedicated control interface, various motion trajectories can be automatically generated, or the experimental scene can be quickly switched by reading external data.
Currency
Through a dedicated control interface, various motion trajectories can be automatically generated, or the experimental scene can be quickly switched by reading external data.
Customization
The size and difference of the tested load are significant, and customized services can be provided according to the actual situation to meet the specialized testing needs of specific scenarios
Customization
The size and difference of the tested load are significant, and customized services can be provided according to the actual situation to meet the specialized testing needs of specific scenarios.
Renderings
Flight simulator
Product advantages：
Equipped with six axis linkage function, simple and reliable structure;
Quickly reproduce flight attitude;
Simulators can be used for flight and also for training professionals;
The posture and range of actions can be customized according to user needs;
Localization and independent intellectual property rights.
Technological innovation, core functions
Real car driving often faces some problems, such as high costs, limited training resources, safety hazards, etc. Therefore, we need to address these issues and provide a safe and controllable driving environment for better driving simulation experiments. The car driving simulator includes six degrees of freedom hydraulic table, upper and lower tables, control system, motion acquisition, simulation racing driving kit, and other parts.
Application cases
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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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Maritime unmanned aerial vehicle assisted landing platform
Drones, with their characteristics of flexibility, endurance, easy maintenance, and zero casualties, replace humans in completing many dangerous or difficult tasks, playing an important role in the rapid development of humanity. In China, the number and technology of drones have improved
View Details
Company advantages
Product system
Having multiple application boards and rich experience in implementation, it has considerable comprehensiveness and comprehensiveness. Capable of customized design based on customer needs, providing reasonable solutions to meet the needs of different industries and applications.
Control Software
Open control system and standardized interfaces facilitate integration with peripheral systems. Provide a user-friendly interface and concise operation guide, making it convenient for operators to quickly get started and effectively operate and manage.
Parallel robots
Master the design theory of parallel robots, have rich design experience, and complete analysis processes. Based on the motion branch chain as the core, combined with corresponding control algorithms, the platform composition can be flexibly configured according to different applications.
Core components
Specializing in the research, development, and sales of core components, we boast high precision, versatility, and adaptability. We offer high-quality products, competitive prices, and excellent services.
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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