Jungent Six-Degree-of-Freedom Platform: Empowering High-End Dynamic Simulation Applications
Today, as high-end equipment manufacturing continues to develop towards intelligence and precision, the traditional single-axis motion system is no longer able to meet the dynamic control requirements under complex working conditions.
Especially in fields such as aerospace, automotive simulation, military equipment, and marine engineering, there are higher demands for the multi-dimensional movement capabilities, dynamic response speed, and control accuracy of the equipment.
As an important equipment for complex motion control, the six-degree-of-freedom platform is gradually becoming a core component in high-end testing, dynamic simulation and attitude control systems.
Suzhou Jiangshentai Automation Technology Co., Ltd. has been deeply engaged in the non-standard automation field for over a decade. Relying on mature servo electric cylinder technology and motion control experience, it continuously advances the research and application of six-degree-of-freedom platforms, providing high-precision and high-stability motion control solutions for the high-end equipment industry.
What is a six-degree-of-freedom platform?
six-DOF Motion Platform is a parallel motion mechanism that can achieve movement in all six spatial directions.
It can achieve six types of motion control: X, Y, and Z axis translations, as well as pitch, roll, and yaw rotations.
Compared with traditional serial mechanisms, the six-DOF Motion Platform has the advantages of high structural rigidity, fast response speed, high motion accuracy, and strong dynamic performance. It can more realistically simulate complex motion states, and is therefore widely used in high-end dynamic simulation and precision testing fields.
Core Strengths
High precision, multi-dimensional collaboration, high stability
01 High-precision motion control
The core of complex motion control lies in precision.
The Jiangshentie six-DOF Motion Platform employs a high-performance servo drive system and precise electric cylinder actuators. Through multi-axis linkage control algorithms, it enables the platform to achieve high-precision operation in complex motion states.
The platform has:
* High repeatability positioning accuracy
* Precise control of minute displacements
* Steady dynamic response
* Multi-axis synchronous collaboration capability
Even during high-speed movement and complex trajectory changes, it can still maintain stable output.
For high-precision scenarios such as aviation simulation and dynamic testing, this stability is particularly crucial.
02 Parallel structure, more rigid
The traditional series-type motion mechanism is prone to accumulate errors under high-load conditions. In contrast, the six-degree-of-freedom platform adopts a parallel structure design, where multiple actuators work together to drive the platform's movement.
This structure possesses:
* Higher overall rigidity
* Greater resistance to unbalanced load
* Lower inertia response
* Better dynamic stability
In complex working conditions, high-frequency movements and continuous operation scenarios, it can effectively reduce system vibration and structural errors, and improve the overall operational reliability.
03 Modular customization capability
The performance requirements for the six-degree-of-freedom platform vary significantly depending on the application scenarios.
Jungent can customize the platform according to the customer's working conditions requirements, including:
* Platform size
* Load capacity
* Travel range
* Motion angle
* Speed and acceleration
* Control system interface
Whether it is low-load high-precision simulation or high-load dynamic testing, targeted configurations can be achieved.
04 Core executive agency's independent equipment manufacturing
The core of six-DOF Motion Platform lies in its actuators.
Jongsentong has long been dedicated to the research and manufacturing of servo electric cylinders. Its core products include:
* Servo electric cylinder
* Waterproof electric cylinder
* Explosion-proof electric cylinder
* Heavy cylinder
* Multi-stage cylinder
* Single cylinder
* Miniature cylinders, etc.
Relying on the mature electric cylinder technology system, the company is able to achieve independent supply of the core executive components for the six-degree-of-freedom platform, thereby enhancing the overall system stability and control consistency.
Industry application
Cover a wide range of high-end and complex scenarios
01 The aerospace field
In the field of aerospace, the ix-DOF Motion Platform is commonly used for:
* Flight simulation system
* Posture control test
* Inertial navigation verification
* Flight control system debugging
The platform is capable of simulating the dynamic changes of the aircraft in complex attitudes, achieving multi-dimensional motion control such as pitch, roll, and yaw, and providing a high-precision motion environment for flight training and system verification.
02 Automated driving simulation and intelligent driving tests
With the development of intelligent driving technology, the automotive industry has increasingly raised its requirements for dynamic simulation.
The six-DOF Motion Platform can be applied to:
* Automobile driving simulator
* Chassis dynamic testing
* Intelligent Driving Simulation
* Traffic condition simulation
* Cockpit motion feedback system
By precisely simulating the dynamic states of vehicles such as acceleration, braking, steering, and bumps, the authenticity of driving simulation is enhanced, providing reliable support for vehicle development and algorithm verification.
03 Submarine testing and marine engineering simulation
In the fields of marine engineering and submarine simulation, the complex marine environment places extremely high demands on the motion control system.
The six-degree-of-freedom platform is used for simulating the sea wave environment and compensating for the motion posture, and it can reproduce:
* Wave movement
* The hull is swaying.
* Submarine attitude variation
* Underwater dynamic environment
Assist relevant research and equipment units in completing motion tests and system validations under complex environments.
04 The field of military industry and special equipment
Military equipment has extremely high requirements for the reliability and stability of the motion control system.
The Johnsonet six-DOF Motion Platform can be used for:
* Dynamic simulation of weapons and equipment
* Special vehicle testing
* Radar stabilization platform
* Dynamic environment simulation
* Military training simulation system
The platform features high rigidity, high load-bearing capacity and the ability to operate stably for a long time, which can meet the requirements of harsh working conditions.
05 Intelligent Manufacturing and Research Testing
In the fields of intelligent manufacturing and scientific research, the six-degree-of-freedom platform also has extensive application value.
It can be used for:
* Industrial robot testing
* Calibration of automated equipment
* Precision assembly verification
* Vibration and Dynamic Testing
* Research experimental platform
By achieving precise motion control, the efficiency of equipment testing and the reliability of experiments are both enhanced.
Driven by core technologies, it focuses on high-end motion control.
Since its establishment in 2014, Jiangshentai has always been dedicated to the fields of non-standard automation and high-end motion control.
From the core executive mechanism to the complex motion platform, Jiangshentai has continuously enhanced its independent R&D and system integration capabilities, providing customers with more stable, precise and reliable automation solutions.
In the future, Jiangshentai will continue to focus on developing complex motion control technology, and use its professional manufacturing capabilities to empower the upgrading of China's high-end equipment industry.
